CN205359783U - Ophthalmic hand -held type crosslinked treatment system - Google Patents
Ophthalmic hand -held type crosslinked treatment system Download PDFInfo
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- CN205359783U CN205359783U CN201620118472.1U CN201620118472U CN205359783U CN 205359783 U CN205359783 U CN 205359783U CN 201620118472 U CN201620118472 U CN 201620118472U CN 205359783 U CN205359783 U CN 205359783U
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Abstract
The utility model provides an ophthalmic hand -held type crosslinked treatment system, it includes: equipment, controlling means, handle and power supply unit, swing joint or fixed connection are as an organic whole between equipment, controlling means, handle and the power supply unit, equipment is used for aiming at patient's eye treatment position to send the therapeutical light that the eye disease is corresponding, controlling means is used for showing, control equipment's operating condition, the handle is used for medical personnel to grip ophthalmic hand -held type crosslinked treatment system, power supply unit is used for providing the power for equipment and controlling means. The utility model discloses because the design has and to grab the handle of holding, have and to grab the function of holding function and regulation control treatment light, this kind of design compact structure, small in size, ophthalmic hand -held type crosslinked treatment system easy and simple to handle nimble can select different leaded light sticks carry out the personalization to different pathological changes, corresponding treats, has convenient to carry, flexible operation, the multi -purpose advantage of a section.
Description
Technical field
This utility model relates to ophtalmic treatments technical field, particularly relates to a kind of ophthalmic hand-held crosslinking treatment system.
Background technology
Containing abundant collagen (collagen) composition in human eye and surrounding tissue thereof, these collagen component Histological Study and space structure relation to maintaining eyeball various piece, participate in the structure of ophthalmic dioptric system, the effect of opposing external force and strike, maintain intraocular pressure, keep eyeball integrity, it is prevented that the aspects such as the invasion of exogenous pathogenic microorganism all play a very important role.
A lot of diseases on clinical ophthalmology be all the space structure with the kind of collagen protein, content and/or collagen fiber change into principal character, for instance glaucoma, stravismus, after cataract, blepharochalasis, conjunctivochalasis, angle conjunctiva chemical burn etc..The cornea of important the being by property of pathological manifestations of keratoconus is thinning, the decline of the change of collagen protein kind and content in corneal stroma, and the mechanical strength of cornea local declines.Similar pathological changes can also occur after excimer laser cornea refractive surgery.Equally, the collagen protein in progressive myopia patient sclera is also it occur frequently that change in various degree.Therefore, these myopes are often accompanied by the elongated staphyloma with sclera of axis oculi.
Collagen cross-linking (collagencross-linking, CXL) refers to and is implemented in combination in improving the tension force of collagen fiber and the method for the purpose of stability between tropocollagen molecule inside and tropocollagen molecule by covalent bond.Wollensak is safe and effective to keratoconus equal within 2003, reporting ultraviolet light-riboflavin crosslinking treatment first.In 2004, Wollensak etc. proposed the earliest again and utilizes sclera collagen cross-linking therapy to treat progressive myopia, opened the frontier of ophthalmology collagen cross-linking treatment.Existing multinomial research at present confirms, the ophthalmic diseasess such as keratoconus, progressive myopia, corneal infection are had good therapeutical effect by collagen cross-linking treatment.
Cross-linking method currently mainly is ultraviolet light-riboflavin collagen cross-linking (collagencross-linkingwithUVAandriboflavin) technology.Its ultimate principle is that photosensitizer riboflavin is energized into triplet state under the effect of the ultraviolet light that wavelength is about 370nm, produces the active chalcogen based on singlet oxygen.Activity chalcogen can be induced and chemical crosslink reaction (II type photochemical reaction) is occurred between the amino (group) of collagen fiber, thus adding the mechanical strength of collagen fiber and resisting the ability of protease digestion.
With commercial ophthalmology cross-linking machine, although all there is many respective advantages existing, but ubiquity volume is big, complex operation, high cost shortcoming.Such as, certain money ultraviolet light ophthalmology cross-linking machine produced in USA is furnished with large floor support, and whole height has about 1.5 meters, it is necessary at least one people's hand pushing movable, market is offered high at present；Another ultraviolet light ophthalmology cross-linking machine needs to be fixed on floor stand or operation table, and irradiating angle and position can not adjust at any time.
Utility model content
This utility model provides a kind of ophthalmic hand-held crosslinking treatment system, has easy to carry, flexible operation, a multiplex advantage, can adjust treatment parameter and therapentic part at any time according to the concrete state of an illness of patient.
This utility model is to be achieved through the following technical solutions:
A kind of ophthalmic hand-held crosslinking treatment system, comprising: equipment, control device, handle and electric supply installation；Equipment, control device, between handle and electric supply installation be flexibly connected or be connected to one；
Wherein, equipment is used for being directed at eye's therapentic part, and sends ocular disease and treat light accordingly；Control device for showing, control the duty of described equipment；Handle grips ophthalmic hand-held crosslinking treatment system for medical personnel；Electric supply installation is for providing power supply for equipment and control device.
Effect is good, equipment, controls device, is flexibly connected between handle and electric supply installation or the mode that is connected to one is:
Handle is hollow structure, and control device and electric supply installation are installed on the inside of handle or equipment；Or equipment and electric supply installation are installed on the outside of handle or equipment；
Wherein, equipment, control to be connected by wireless or wire between device and electric supply installation, or equipment, control device, handle and electric supply installation and be connected to one, and the axis angle of equipment and handle is adjustable.
Effect is good, and equipment includes: illuminating source, light adjusting part, lamp guide and dark slide；
Wherein, illuminating source is controlled the treatment light of the different pulse mode of transmitting by controlling device, and this treatment light enters light adjusting part；Light adjusting part is used for energy size and the Energy distribution of adjustment for the treatment of light, and the treatment light after its adjustment enters lamp guide；Lamp guide by own form, material, structure difference to adjust after treatment light again regulate, it is thus achieved that the treatment light needed for ocular disease；Used in sunshade board is in the treatment light blocked and absorb except eye treatment position.
Effect is good, controls device and includes:
For opening and terminate the on and off switch of electric supply installation；
Operation pause switch for the work of break-off device；
For controlling the time-controllable element of equipment treatment persistent period；
For controlling the power regulation element of equipment light source output power；
For selecting the pulse controlling element of equipment light source output mode；
And show display screen or the display lamp (21) for the treatment of plan and equipment running status.
Effect is good, electric supply installation includes: rechargeable battery, charging socket, power supply electric wire and attaching plug, rechargeable battery is for equipment and controls device offer power supply, charging socket is flexibly connected with rechargeable battery, charging socket is connected with attaching plug also by power supply electric wire, is rechargeable battery charging when attaching plug is connected with external power source；
Or electric supply installation includes: rechargeable battery, power supply electric wire and attaching plug, rechargeable battery, power supply electric wire and attaching plug are sequentially connected with, and when attaching plug is connected with external power source, charge for rechargeable battery；
Or electric supply installation includes: rechargeable battery and attaching plug, rechargeable battery and attaching plug are movable or fixing connect, when attaching plug is connected with external power source, for rechargeable battery charging.
Effect is good, and the treatment wavelength of light that illuminating source is launched is between 350nm to 390nm, and power is at 3mW/cm2To 100mW/cm2Between；And illuminating source is LED, light emitting diode, high-pressure mercury-vapor lamp, metalized lamp, Halogen light or Excimer lamp, simultaneously illuminating source can have illumination functions, deictic function or measure function.
Effect is good, and the treatment light that equipment sends forms Energy distribution uniformly or non-uniformly hot spot at eye's therapentic part, and the hot spot formed is one or more the hot spot of shape.
Effect is good, and ocular disease is individually treated by described ophthalmic hand-held crosslinking treatment system, or ocular disease is treated by combined pharmaceutical preparation.
Effect is good, and described ophthalmic hand-held crosslinking treatment system also includes test device, first carries out test and the adjustment for the treatment of light on test device for ocular disease, and then patient is treated by the hand-manipulating of needle again；And test device includes the element for measuring the treatment light illumination that equipment sends.
Effect is good, and light adjusting part is grating, one or more lens, controlled device or artificial regulatory.
Compared with prior art, the beneficial effects of the utility model are:
1. this ophthalmic hand-held crosslinking treatment system has, owing to designing, the handle that can grasp, and handle can be connected with equipment, or handle is connected with controlling device, it is possible to have the function that can grasp and the function of regulable control treatment light simultaneously.This design compact conformation, compact, operate easy to be flexible, be more suitable for the delicate procedure of ophthalmology than existing main equipment.
2. the equipment of this ophthalmic hand-held crosslinking treatment system has dark slide due to its design; can be used for over the course for the treatment of blocking and stop or absorb treatment light, avoid leakage of light, protect operators against the transparent, translucent of light radiation or opaque plate; can be safer so operating this crosslinking treatment system, reduce and avoid the infringement to operator；Due to containing light adjusting part, as containing grating, or containing lens etc., can regulate and control by controlled device, or selected and regulation and control by operator are manual, treatment the output illumination of light, power, aperture size, shape, the uniformity etc. can be precisely controlled, add the elaboration of this crosslinking treatment system, add the safety of this crosslinking treatment system.
3. this ophthalmic hand-held crosslinking treatment system contains on and off switch owing to it controls device, runs pause switch, time-controllable element, power regulation element, pulse controlling element and display screen or display lamp, so can select to run or suspend treatment, regulation and control treatment persistent period according to the concrete state of an illness of patient, continuously adjust output, select continuous mode or pulse mode, strobe pulse ratio at any time, and obtained treatment information at any time by display screen or display lamp, be conducive to carrying out individualized treatment, and better ensure operation safety.
4. this ophthalmic hand-held crosslinking treatment system contains rechargeable battery due to its electric supply installation, or charging socket, or power supply electric wire, or attaching plug, or electric pressure converter, or current converter, it is possible to for multiple current/voltage environment continued power, it is prevented that therapeutic process occurs the fortuitous events such as power-off, facilitates hand-held, having better mobility and operability than existing treatment system, safety is also better.
5. this ophthalmic hand-held crosslinking treatment system is owing to can launch wavelength treatment light between 350nm to 390nm, the treatment of any position of ophthalmology especially cornea and sclera can be can be used for, the part tissue of eye structure that can make exposure position cross-links, or the biomechanical strength making exposure tissue strengthens, or kill unwanted cells or the harmful microorganism at exposure position, or the biological tissue making exposure position has the better biological tissue of human body compatibility, so it is more more than the kind of existing the treated disease of crosslinking therapeutic equipment, the tissue site that can treat is also more.
6. this ophthalmic hand-held cross-links the treatment system treatment light due to its transmitting and forms the hot spot of more than circle, semicircle, sector, annular, arc, asterism shape or two kinds of shapes in eye treatment region, or other shapes of hot spot, thus the uniform hot spot of Energy distribution can be formed in eye treatment region, or the variously-shaped hot spot that Energy distribution is uneven, so selecting different area for treatment, shape and Energy distribution according to the concrete state of an illness of patient, it is more conducive to carry out individualized treatment.
7. this ophthalmic hand-held crosslinking treatment system can be individually used for treatment, or combines with pharmaceutical preparation for treating, and therapeutic effect is more preferably.
8. this ophthalmic hand-held crosslinking treatment system due to its illuminating source be LED, or light emitting diode, or high-pressure mercury-vapor lamp, or metalized lamp or Halogen light, or Excimer lamp, simultaneously, it is possible to contain simultaneously other have illumination functions, there is deictic function, there is the illuminating source measuring function, it is possible to arrange in pairs or groups multiple illuminating source for the different state of an illness, different illumination, different treatment wavelength, different operating requirement needs.
9. this ophthalmic hand-held crosslinking treatment system contains light adjusting part due to its equipment, as containing grating, or containing lens etc., can regulate and control by controlled device, or selected and regulation and control by operator are manual, treatment the output illumination of light, power, aperture size, shape, the uniformity etc. can be precisely controlled, add the elaboration of this crosslinking treatment system, add the safety of this crosslinking treatment system.
Accompanying drawing explanation
Fig. 1 is embodiment one ophthalmic hand-held of the present utility model crosslinking treatment system schematic；
Fig. 2 is embodiment two ophthalmic hand-held of the present utility model crosslinking treatment system schematic；
Fig. 3 is embodiment three ophthalmic hand-held of the present utility model crosslinking treatment system schematic；
Fig. 4 is the first electric supply installation schematic diagram of the present utility model；
Fig. 5 is the second electric supply installation schematic diagram of the present utility model；
Fig. 6 is the third electric supply installation schematic diagram of the present utility model；
Fig. 7 is the first test device schematic diagram of the present utility model；
Fig. 8 is the second of the present utility model test device schematic diagram.
Wherein, accompanying drawing is labeled as:
1-equipment, 2-control device, 3-handle, 4-electric supply installation, 5-test device, 11-illuminating source, 12-light adjusting part, 13-lamp guide, 14 dark slides, 21-display screen or display lamp, 41-rechargeable battery, 42-charging socket, 43-power electric wire, 44-attaching plug.
Detailed description of the invention
In order to make the purpose of this utility model, technical scheme and advantage clearly understand, below in conjunction with drawings and Examples, this utility model is further elaborated.Should be appreciated that specific embodiment described herein is only in order to explain this utility model, be not used to limit this utility model.
The purpose of this ophthalmic hand-held crosslinking treatment system is, utilize the treatment light of its transmitting, under the effect of associating or not combined pharmaceutical preparation, the part tissue of eye structure making exposure position cross-links, or the biomechanical strength making exposure tissue strengthens, or kill unwanted cells or the harmful microorganism at exposure position, or the biological tissue making exposure position has the better biological tissue of human body compatibility, thus being used for treating the some diseases of cornea, sclera or other part tissue of eye.It is described in detail in conjunction with Fig. 1-Fig. 7.
In order to reach object above, this ophthalmic hand-held crosslinking treatment system, comprising: equipment 1, control device 2, handle 3, electric supply installation 4 and test device.Equipment 1, control are flexibly connected between device 2, handle 3, electric supply installation 4 or are connected to one；Wherein, equipment 1 is used for being directed at eye's therapentic part, and sends ocular disease and treat light accordingly；Control device 2 for showing, control the duty of described equipment 1；Handle 3 grips ophthalmic hand-held crosslinking treatment system for medical personnel；Electric supply installation 4 is for providing power supply for equipment 1 and control device 2.
Described ophthalmic hand-held crosslinking treatment system also includes test device 5, first carries out test and the adjustment for the treatment of light on test device for ocular disease, and then patient is treated by the hand-manipulating of needle again；And test device includes the element for measuring the treatment light illumination that equipment 1 sends.
Effect is good, and described equipment 1 includes: illuminating source 11, light adjusting part 12, lamp guide 13 and dark slide 14；So that therapentic part obtains the treatment light of required illumination and scope, and prevent from treatment light from leaking outside damaging.Wherein, illuminating source 11 is controlled to launch treatment light by controlling device 2, and this treatment light enters light adjusting part 12；Light adjusting part 12 is used for energy size and the Energy distribution of adjustment for the treatment of light, and the treatment light after its adjustment enters lamp guide 13；Lamp guide 13 by own form, material, structure difference to adjust after treatment light again regulate, it is thus achieved that the treatment light needed for ocular disease；The dark slide 14 treatment light for blocking and absorbing except eye treatment position.The treatment light that equipment 1 sends forms Energy distribution uniformly or non-uniformly hot spot at eye's therapentic part, and the hot spot formed is one or more the hot spot of shape.The shape of hot spot can be circle, semicircle, sector, annular, arc, asterism shape or other shapes of hot spot.
Effect is good, and illuminating source 11 can be LED, or can be light emitting diode, or can be high-pressure mercury-vapor lamp, or can be metalized lamp or can be Halogen light, or can be Excimer lamp；Can be the illuminating source only launching treatment light, it is also possible to contain simultaneously other have illumination functions, there is deictic function, the illuminating source with measurement function；The treatment light that illuminating source is launched, it starts and closes, power, illumination, irradiation time, continuously or pulse mode all control and regulate by controlling device 2, the wavelength of the treatment light launched is between 350nm to 390nm, and power is at 3mW/cm2To 100mW/cm2Between.
Effect is good, and light adjusting part 12 can be lens can also be multiple lens, it is possible to be convex lens can also be concavees lens, it is possible to be aperture slot can be grating, for regulating energy size and the Energy distribution of output light.
Wherein, dark slide 14 has over the course for the treatment of for blocking prevention or absorbing treatment light, avoid leakage of light, protect operators against the effect of light radiation；It can be transparent, translucent or opaque plate；Its shape can be flat, it is possible to is bowl-shape, it is also possible to other shapes of.
Effect is good, and described control device 2 includes: for opening and terminate the on and off switch of electric supply installation 4；Operation pause switch for break-off device 1 work；The time-controllable element of persistent period is treated for controlling equipment 1；For controlling the power regulation element of equipment 1 light source output power；For selecting the pulse controlling element of equipment 1 light source output mode；And show display screen or the display lamp 21 for the treatment of plan and equipment 1 running status.
Effect is good, and handle 3 makes this ophthalmic hand-held crosslinking treatment system be easy to be held by hand holding and operating.Handle 3 can be connected with equipment 1 and have the function being held by hand holding and the function launching treatment light simultaneously；Set control device 2 in handle 3 and there is the function being held by hand holding and the function of regulable control treatment light simultaneously；The major axis of the major axis of handle 3 and equipment 1 can be coaxial relation, it is also possible to be that shape has a certain degree；In order to facilitate operation technique, handle 3 can in one end of equipment 1, and handle 3 can also in the side of equipment 1.
Effect is good, electric supply installation 4 includes: rechargeable battery 41, charging socket 42, power supply electric wire 43 and attaching plug 44, rechargeable battery 41 provides power supply for equipment 1 and control device 2, charging socket 42 is flexibly connected with rechargeable battery 41, charging socket 42 is connected with attaching plug 44 also by power supply electric wire 43, is that rechargeable battery 41 charges when attaching plug 44 is connected with external power source.Or electric supply installation 4 includes: rechargeable battery 41, power supply electric wire 43 and attaching plug 44, rechargeable battery 41, power supply electric wire 43 and attaching plug 44 are sequentially connected with, and when attaching plug 44 is connected with external power source, charge for rechargeable battery 41.Or electric supply installation 4 includes: rechargeable battery 41 and attaching plug 44, rechargeable battery 41 and attaching plug 44 are movable or fixing connect, and when attaching plug 44 is connected with external power source, charge for rechargeable battery 41.
Fig. 4, Fig. 5, Fig. 6 are the structural representations of three kinds of electric supply installations.Fig. 4 shows, rechargeable battery 41 can be inserted in charging socket 42 and be charged；Fig. 5 shows, rechargeable battery 41 can pass through power supply electric wire 43 and attaching plug 44 is charged；Fig. 6 shows, rechargeable battery 41 is directly connected with attaching plug 44 and is charged.
Test device 5 includes the element for measuring the treatment light illumination that equipment 1 sends, it is possible to be free individual components, as shown in Figure 7；Test device 5 can also be combined with electric supply installation 4, becomes a part of machine part, as shown in Figure 8.
Ocular disease is individually treated by described ophthalmic hand-held crosslinking treatment system, or ocular disease is treated by combined pharmaceutical preparation.
Effect is good, equipment 1, control device 2, handle 3, electric supply installation 4 and test device 5, can use respectively as the individual components that crosslinking treatment system is overall, or a separable pieces overall as crosslinking treatment system uses, or can not be split parts as overall one of crosslinking treatment system and use.Therefore, according to the concrete difference treating situation, the ophthalmology hand-held crosslinking treatment system described in present embodiment has various structures to design.Such as, equipment 1, control device 2, be flexibly connected between handle 3 and electric supply installation 4 or the first kind of way that is connected to one is: handle 3 is hollow structure, control device 2 and electric supply installation 4 to be installed on handle 3 internal；Equipment 1 is connected with handle 3, and equipment 1 is adjustable with the axis angle of handle 3.As described in embodiment one, embodiment two and embodiment three.
Implement one
As it is shown in figure 1, its equipment 1 is in one end of handle 3.Handle 3 is hollow structure, controls device 2 and electric supply installation 4 is installed on handle 3 inside；Equipment 1 and handle 3 form certain angle, and this design is easy to hand-held, it is possible to make the stability that the maintenance for the treatment of system is good over the course for the treatment of.Electric supply installation 4 includes: rechargeable battery 41, charging socket 42, power supply electric wire 43 and attaching plug 44, rechargeable battery 41 provides power supply for equipment 1 and control device 2, charging socket 42 is flexibly connected with rechargeable battery 41, charging socket 42 is connected with attaching plug 44 also by power supply electric wire 43, is that rechargeable battery 41 charges when attaching plug 44 is connected with external power source.Equipment 1 can be directed at test device 5 and carry out energy measuring and the calibration for the treatment of light.And handle 3 internal control device 2 is located close to one end of equipment 1, charging device 4 is positioned at the handle other end and end, it is simple to be flexibly connected charging socket 42.
Implement two
As in figure 2 it is shown, its equipment 1 is in one end of handle 3.Handle 3 is hollow structure, controls device 2 and electric supply installation 4 is installed on handle 3 inside；On the same axis, this design is easy in operation to be needed adjust therapentic part at any time and treat parameter the major axis of the major axis of its equipment 1 and handle 3 according to course of disease change.Electric supply installation 4 includes: rechargeable battery 41, charging socket 42, power supply electric wire 43 and attaching plug 44, rechargeable battery 41 provides power supply for equipment 1 and control device 2, charging socket 42 is flexibly connected with rechargeable battery 41, charging socket 42 is connected with attaching plug 44 also by power supply electric wire 43, is that rechargeable battery 41 charges when attaching plug 44 is connected with external power source.And handle 3 internal control device 2 is located close to one end of equipment 1, charging device 4 is positioned at the handle other end and end, it is simple to be flexibly connected charging socket 42.
Embodiment three
As shown in Figure 3, the major axis of the major axis of its equipment 1 and handle 3 not on the same axis, but becomes 90 degree, i.e. the side being arranged on handle 3 of equipment 1, this design can avoid handle blocking therapentic part in operation, it is simple to therapentic part is observed by operator.And handle 3 charge inside device 4 is located close to one end of equipment 1, controls device 2 and be positioned at the handle other end and end.Electric supply installation 4 includes: rechargeable battery 41, power supply electric wire 43 and attaching plug 44, and rechargeable battery 41, power supply electric wire 43 and attaching plug 44 are sequentially connected with, and when attaching plug 44 is connected with external power source, charge for rechargeable battery 41.
The foregoing is only preferred embodiment of the present utility model, not in order to limit this utility model, all any amendment, equivalent replacement and improvement etc. made within spirit of the present utility model and principle, should be included within protection domain of the present utility model.
Claims (10)
1. an ophthalmic hand-held crosslinking treatment system, it is characterised in that including: equipment (1), control device (2), handle (3) and electric supply installation (4)；Equipment (1), control device (2), between handle (3) and electric supply installation (4) flexible connection or be connected to one；
Wherein, equipment (1) is used for being directed at eye's therapentic part, and sends ocular disease and treat light accordingly；Control device (2) and be used for showing, controlling the duty of described equipment (1)；Handle (3) grips ophthalmic hand-held crosslinking treatment system for medical personnel；Electric supply installation (4) is for providing power supply for equipment (1) and control device (2).
2. ophthalmic hand-held crosslinking treatment system as claimed in claim 1, it is characterized in that, equipment (1), control device (2), between handle (3) and electric supply installation (4), flexible connection or the mode that is connected to one are:
Handle (3) is hollow structure, control device (2) and electric supply installation (4) is installed on handle (3) or the inside of equipment (1), or control device (2) and electric supply installation (4) are installed on handle (3) or the outside of equipment (1)；
Wherein, equipment (1), control to be connected by wireless or wire between device (2) and electric supply installation (4), or equipment (1), control device (2), handle (3) and electric supply installation (4) are connected to one；And equipment (1) is adjustable with the axis angle of handle (3).
3. ophthalmic hand-held crosslinking treatment system as claimed in claim 1, it is characterized in that, equipment (1) including: illuminating source (11), light adjusting part (12), lamp guide (13) and dark slide (14)；
Wherein, illuminating source (11) is controlled the treatment light of the different pulse mode of transmitting by controlling device (2), and this treatment light enters light adjusting part (12)；Light adjusting part (12) for the energy size of adjustment for the treatment of light and Energy distribution, its adjust after treatment light enter lamp guide (13)；Lamp guide (13) by own form, material, structure difference to adjust after treatment light again regulate, it is thus achieved that the treatment light needed for ocular disease；The dark slide (14) the treatment light for blocking and absorbing except eye treatment position.
4. ophthalmic hand-held crosslinking treatment system as claimed in claim 1, it is characterised in that control device (2) and including:
For opening and terminate the on and off switch of electric supply installation (4)；
For the operation pause switch that break-off device (1) works；
For controlling the time-controllable element of equipment (1) treatment persistent period；
For controlling the power regulation element of equipment (1) light source output power；
For selecting the pulse controlling element of equipment (1) light source output mode；
And show display screen or the display lamp (21) for the treatment of plan and equipment (1) running status.
5. ophthalmic hand-held crosslinking treatment system as claimed in claim 1, it is characterized in that, electric supply installation (4) including: rechargeable battery (41), charging socket (42), power supply electric wire (43) and attaching plug (44), rechargeable battery (41) is for equipment (1) and controls device (2) offer power supply, charging socket (42) is flexibly connected with rechargeable battery (41), charging socket (42) is connected with attaching plug (44) also by power supply electric wire (43), attaching plug (44) is rechargeable battery (41) charging when being connected with external power source；
Or electric supply installation (4) including: rechargeable battery (41), power supply electric wire (43) and attaching plug (44), rechargeable battery (41), power supply electric wire (43) and attaching plug (44) are sequentially connected with, when attaching plug (44) is connected with external power source, charge for rechargeable battery (41)；
Or electric supply installation (4) including: rechargeable battery (41) and attaching plug (44), rechargeable battery (41) and attaching plug (44) are movable or fixing connect, when attaching plug (44) is connected with external power source, charge for rechargeable battery (41).
6. ophthalmic hand-held crosslinking treatment system as claimed in claim 3, it is characterised in that the treatment wavelength of light that illuminating source (11) is launched is between 350nm to 390nm, and power is at 3mW/cm2To 100mW/cm2Between；And illuminating source (11) be LED, light emitting diode, high-pressure mercury-vapor lamp, metalized lamp, Halogen light or Excimer lamp, simultaneously illuminating source (11) can have illumination functions, deictic function or measure function.
7. the ophthalmic hand-held crosslinking treatment system as described in claim 1-6, it is characterized in that, the treatment light that equipment (1) sends forms Energy distribution uniformly or non-uniformly hot spot at eye's therapentic part, and the hot spot formed is one or more the hot spot of shape.
8. the ophthalmic hand-held crosslinking treatment system as described in claim 1-7, it is characterised in that ocular disease is individually treated by described ophthalmic hand-held crosslinking treatment system, or ocular disease is treated by combined pharmaceutical preparation.
9. the ophthalmic hand-held crosslinking treatment system as described in claim 1-7, it is characterized in that, described ophthalmic hand-held crosslinking treatment system also includes test device (5), first carry out test and the adjustment for the treatment of light on test device for ocular disease, then patient is treated by the hand-manipulating of needle again；And test device includes the element for measuring the treatment light illumination that equipment (1) sends.
10. ophthalmic hand-held crosslinking treatment system as claimed in claim 3, it is characterised in that light adjusting part (12) is grating, one or more lens, controlled device (2) or artificial regulatory.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620118472.1U CN205359783U (en) | 2016-02-14 | 2016-02-14 | Ophthalmic hand -held type crosslinked treatment system |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620118472.1U CN205359783U (en) | 2016-02-14 | 2016-02-14 | Ophthalmic hand -held type crosslinked treatment system |
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| CN205359783U true CN205359783U (en) | 2016-07-06 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201620118472.1U Expired - Fee Related CN205359783U (en) | 2016-02-14 | 2016-02-14 | Ophthalmic hand -held type crosslinked treatment system |
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105520806A (en) * | 2016-02-14 | 2016-04-27 | 王萌萌 | Handheld cross-linking therapeutic system for ophthalmological department |
| CN107239050A (en) * | 2017-01-23 | 2017-10-10 | 谢圣超 | A kind of ophthalmic hand-held crosslinking treatment control system based on internet |
-
2016
- 2016-02-14 CN CN201620118472.1U patent/CN205359783U/en not_active Expired - Fee Related
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105520806A (en) * | 2016-02-14 | 2016-04-27 | 王萌萌 | Handheld cross-linking therapeutic system for ophthalmological department |
| CN107239050A (en) * | 2017-01-23 | 2017-10-10 | 谢圣超 | A kind of ophthalmic hand-held crosslinking treatment control system based on internet |
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