CN103860363A - Vision correction glasses and use method thereof - Google Patents
Vision correction glasses and use method thereof Download PDFInfo
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- CN103860363A CN103860363A CN201410108825.5A CN201410108825A CN103860363A CN 103860363 A CN103860363 A CN 103860363A CN 201410108825 A CN201410108825 A CN 201410108825A CN 103860363 A CN103860363 A CN 103860363A
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Abstract
The invention relates to vision correction glasses which comprise a glass body and a binding belt. The glass body is formed by lenses, a rotating shaft, a control board, a fixed block, connecting rods, a fixed rod and a bracket; the binding belt is formed by ribbons, a connecting block, a label box and small holes; and each lens is formed by sequentially arranging a convex lens, a concave lens and a filter in parallel. Furthermore, the invention provides a use method of the vision correction glasses, which comprises the following steps of measuring uncorrected visual acuity of a patient at the position at a distance of 5 meters with a visual testing chart and completing searching a focal length of an eye; according to the uncorrected visual acuity and the condition of searching the focal length of the eye, determining to use the glass body with suitable degrees and focus; and enabling the patient to wear the vision correction glasses, starting to search the focal length of the eye at the position at a distance of 2 meters with the visual testing chart according to the method, increasing the distance with the visual testing chart by 1 meter every day until the patient is at a distance of 8 meters with the visual testing chart, training for 15 minutes to 20 minutes every day, and determining the vision reaches the standard when corrected visual acuity is over 1.0 in the training process every time.
Description
Technical field
The present invention relates to medical instruments field, be specifically related to a kind of vision correction mirror and using method thereof.
Background technology
Eyeball is regulating under static state, and after the dioptric from the parallel rayies beyond 5 meters through having a look at, focus drops on retina just, can form clearly as, there is the emmetropia that is called of this refractive status.Its focus drops on before retina, can not be exactly on retina, form clearly as, be called myopia, myopia is because chronicity persistence is seen in-plant things, causes detecting eye diopter to change, thereby has lost the ability of eyes hypermetropias.
All eyes without organic disease, correcting defects of vision is called amblyopia lower than 0.9.Amblyopia is the common eye diseases in children of clinical ophthalmology, is infant period, because consciousness, motion, conduction and the visual center etc. fail to accept the suitable stimulation of looking, visual development is affected and produces the phenomenon that visual performance goes down.
The Therapeutic Method of myopia and amblyopia roughly comprises at present: mist is looked therapy, Bates therapy, wearing spectacles, laser surgery, Chinese traditional massage and acupuncture.Mist is in myopia initial stage or when myopia depending on therapy, wears orthoptoscope and sees things nearby, mainly plays pre-myopic-preventing effect; Bates therapy is by sighting target is seen and far seen near training, regulates muscle near the eyes, but this method treatment time is longer, DeGrain; Though wearing spectacles can be seen things clearly, can cause the number of degrees of eyes constantly to increase, without therapeutical effect; Laser surgery is that cornea is cut, and the angle that changes by force light and enter eyes, has injury to eyes, fact proved and has sequela; Chinese traditional massage and acupuncture and moxibustion treatment are subject to the restriction of technology, complicated operation, and technical stronger, efficiency is lower, and can rebound.
Summary of the invention
The object of the invention is for above-mentioned existing near-sighted amblyopia treatment method weak effect, time length, have the defects such as sequela, a kind of vision correction mirror is provided.Further, the invention provides the using method of aforementioned vision correction mirror.
In order to realize foregoing invention object, the technical solution used in the present invention is as follows:
A kind of vision correction mirror, comprising:
Mirror body and band two parts;
Mirror body is by eyeglass, rotating shaft, panel, fixed block, connecting rod, fixed bar and be configured to;
Band is made up of silk ribbon, contiguous block, label box and aperture;
Eyeglass is arranged in parallel and forms successively by convex lens, concavees lens and filter;
Fixed bar, its two ends are arranged with respectively a described eyeglass in parallel; Two nodes of described fixed bar and described eyeglass, are connected with the upper end of a described support respectively, and the lower end of described support is free end; Described support and described convex lens homonymy;
Fixed block, it is arranged on the middle part of described fixed bar; Described fixed block is cuboid, and its side is provided with and the chute of filter homonymy;
Rotating shaft, it is arranged in the chute of described fixed block side, and described rotating shaft is flexibly connected with described fixed block; Described shaft parallel is in described fixed bar; Described rotating shaft two ends are connected with the upper end of a described connecting rod respectively, and the lower end of described connecting rod is free end; Two described connecting rods are positioned at the same plane of described rotating shaft homonymy, and the diameter of described connecting rod is successively decreased toward lower end from upper end;
Panel, it is arranged on described fixed block; Described panel is arc-shaped curved surface, and its lower end is fixed on rotating shaft middle part;
Contiguous block, its shape is truncated rectangular pyramids, and bottom surface is affixed on described silk ribbon middle part, and upper bottom surface is provided with described label box, and a side identical with silk ribbon extension direction is provided with two described apertures; Distance between distance between two described apertures and two described connecting rod lower end end points equates, and described hole diameter is identical with described connecting rod lower end end points diameter.
The present invention further comprises the using method of aforementioned vision correction mirror, comprises step:
1, at the naked vision of measuring patient from 5 meters of of visual acuity chart, then thumb and forefinger are affixed near the Tongziliao point at canthus, outside, and slowly draw high skin of face toward back upper place, the motion of drive ciliary muscle, in the time accurately identifying on visual acuity chart 1.0 place character, eyeball focal length is positioned at retina just, completes the searching of eyes focal length;
2,, according to the naked vision of measuring and the situation of looking for eyes focal length, determine the mirror body that uses the appropriate number of degrees and focusing; Silk ribbon is lain in to head, makes contiguous block be affixed on forehead, stir the panel on fixed block, drive rotating shaft rotate to connecting rod lower end be just positioned at rotating shaft directly over, corresponding aperture is inserted respectively in the lower end of two connecting rods, mirror body is fixed on face; Now front lens surface to the each parts between eyes are arranged in order by the order of convex lens, concavees lens and filter;
3, wear above-mentioned vision correction mirror, according to preceding method from starting to find eyes focal length apart from the position of 2 meters of visual acuity charts, increase by 1 meter every day until apart from the position of 8 meters of visual acuity charts, train every day 15 minutes-20 minutes, and each training correct defects of vision must can be up to standard more than 1.0;
4, be above-mentionedly trained for a course for the treatment of, after finishing this course for the treatment of, redeterminate vision and find focal length, according to the situation of recovering, change the mirror body of the suitable number of degrees and focusing, repeat above training;
5, above-mentioned training process comprises the mirror body of the 8 secondary different number of degrees and focusing, totally 8 courses for the treatment of, suitably chooses use according to patient's vision situation and recovery situation.
Compared with prior art, the invention has the beneficial effects as follows:
1, the present invention adopts pure physiotherapy, and Bates theory, mist are combined with correction mirror depending on therapy, Chinese medicine acupoint massage, and without medicine, non-operation, can not have side effects, do not rebound, no sequel;
2, the present invention adopts three layers of special eyeglass, can effectively filter light, corrects defects of vision, and coordinates manual massage, within 3 days-7 days, can produce appreciable results, and within 1 month-2 months, can recover twenty-twenty vision;
3, the present invention is easy to operate, and every day, treatment only needed 15 minutes-20 minutes, had solved student and had lacked the problem for the treatment of time outside.
Accompanying drawing explanation
In order to be illustrated more clearly in the embodiment of the present invention or technical scheme of the prior art, to the accompanying drawing of required use in embodiment or description of the Prior Art be briefly described below, apparently, accompanying drawing in below describing is only some embodiments of the present invention, for those of ordinary skills, do not paying under the prerequisite of creative work, can also obtain according to these accompanying drawing illustrated embodiments other embodiment and accompanying drawing thereof.
Fig. 1 is the Facad structure schematic diagram of mirror body embodiment of the present invention.
Fig. 2 is the structure schematic diagram of mirror body embodiment of the present invention.
Fig. 3 is the side structure schematic diagram of mirror body embodiment of the present invention.
Fig. 4 is the structural representation of band embodiment of the present invention.
Fig. 5 is the overall structure schematic diagram of the present invention embodiment for the treatment of mirror.
Fig. 6 is normal eyeball imaging schematic diagram.
Fig. 7 is near-sighted eyeball imaging schematic diagram.
Fig. 8 is the schematic diagrams of concavees lens to ocular imaging effect.
Fig. 9 is the imaging schematic diagram that concavees lens and ciliary muscle regulate lower eyeball.
Figure 10 is the imaging schematic diagram of concavees lens and convex lens combined effect eyeball.
Figure 11 is the design sketch of ocular imaging under convex lens, concavees lens and filter combined effect.
Figure 12 is the sighting distance comparison diagram before and after eyeball vision correction.
The specific embodiment
Below with reference to accompanying drawing, the technical scheme of various embodiments of the present invention is carried out to clear, complete description, obviously, described embodiment is only a part of embodiment of the present invention, rather than whole embodiment.Based on the embodiment in the present invention, all other embodiment that those of ordinary skills obtain under the prerequisite of not making creative work, belong to the scope that the present invention protects.
The invention provides a kind of vision correction mirror, comprising:
Mirror body and band two parts;
Mirror body is by eyeglass, rotating shaft, panel, fixed block, connecting rod, fixed bar and be configured to;
Band is made up of silk ribbon, contiguous block, label box and aperture;
Eyeglass is arranged in parallel and forms successively by convex lens, concavees lens and filter;
Fixed bar, its two ends are arranged with respectively a described eyeglass in parallel; Two nodes of described fixed bar and described eyeglass, are connected with the upper end of a described support respectively, and the lower end of described support is free end; Described support and described convex lens homonymy;
Fixed block, it is arranged on the middle part of described fixed bar; Described fixed block is cuboid, and its side is provided with and the chute of filter homonymy;
Rotating shaft, it is arranged in the chute of described fixed block side, and described rotating shaft is flexibly connected with described fixed block; Described shaft parallel is in described fixed bar; Described rotating shaft two ends are connected with the upper end of a described connecting rod respectively, and the lower end of described connecting rod is free end; Two described connecting rods are positioned at the same plane of described rotating shaft homonymy, and the diameter of described connecting rod is successively decreased toward lower end from upper end;
Panel, it is arranged on described fixed block; Described panel is arc-shaped curved surface, and its lower end is fixed on rotating shaft middle part;
Contiguous block, its shape is truncated rectangular pyramids, and bottom surface is affixed on described silk ribbon middle part, and upper bottom surface is provided with described label box, and a side identical with silk ribbon extension direction is provided with two described apertures; Distance between distance between two described apertures and two described connecting rod lower end end points equates, and described hole diameter is identical with described connecting rod lower end end points diameter.
The present invention further comprises the using method of aforementioned vision correction mirror, comprises step:
1, at the naked vision of measuring patient from 5 meters of of visual acuity chart, then thumb and forefinger are affixed near the Tongziliao point at canthus, outside, and slowly draw high skin of face toward back upper place, the motion of drive ciliary muscle, in the time accurately identifying on visual acuity chart 1.0 place character, eyeball focal length is positioned at retina just, completes the searching of eyes focal length;
2,, according to the naked vision of measuring and the situation of looking for eyes focal length, determine the mirror body that uses the appropriate number of degrees and focusing; Silk ribbon is lain in to head, makes contiguous block be affixed on forehead, stir the panel on fixed block, drive rotating shaft rotate to connecting rod lower end be just positioned at rotating shaft directly over, corresponding aperture is inserted respectively in the lower end of two connecting rods, mirror body is fixed on face; Now front lens surface to the each parts between eyes are arranged in order by the order of convex lens, concavees lens and filter;
3, wear above-mentioned vision correction mirror, according to preceding method from starting to find eyes focal length apart from the position of 2 meters of visual acuity charts, increase by 1 meter every day until apart from the position of 8 meters of visual acuity charts, train every day 15 minutes-20 minutes, and each training correct defects of vision must can be up to standard more than 1.0;
4, be above-mentionedly trained for a course for the treatment of, after finishing this course for the treatment of, redeterminate vision and find focal length, according to the situation of recovering, change the mirror body of the suitable number of degrees and focusing, repeat above training;
5, above-mentioned training process comprises the mirror body of the 8 secondary different number of degrees and focusing, totally 8 courses for the treatment of, suitably chooses use according to patient's vision situation and recovery situation.
The present invention utilizes the image-forming principle of lens, as shown in Figure 6, normal imaging point on retina is made as to initial point 0, marks the imaging point of myopia and hypermetropia in the mode of number axis.If myopia, imaging point is by the left side at normal imaging point, as shown in Figure 7 so.When under the effect of eyeball at concavees lens, imaging point moves the right toward number axis, as shown in Figure 8.In conjunction with pointing at canthus the stretching regulating action to ciliary muscle, imaging point moves the right of continuing toward number axis, as shown in Figure 9.Now imaging point has been adjusted to hypermetropia state, installs on this basis convex lens additional, and imaging point has just been got back to initial point, can under the state of hypermetropia, see object clearly, ciliary muscle, in diastole state, repeatedly regulates and can reach lax ciliary muscle, treat near-sighted effect, as shown in figure 10.In order better to make eyeball correct under the state loosening, on mirror body, install filter additional, can effectively stop the light with pessimal stimulation, make silvery white light that eyes are not injured, gold-tinted and pale green fairing profit are passed through, as shown in figure 11.
As shown in figure 12, the method, just as drawing rubber bar, is looked at mist on the basis of therapy and Bates therapy, adds the massotherapy of Chinese medicine acupoint, and sighting distance, by short elongated adjusting, is finally reached to the object of recovering vision.
In one embodiment, as shown in Figure 5, a kind of vision correction mirror is made up of mirror body and band two parts; As Figure 1-Figure 2, mirror body comprises: eyeglass 1, rotating shaft 2, panel 3, fixed block 4, connecting rod 5, fixed bar 6, support 7; As shown in Figure 3, eyeglass 1 comprises: convex lens 8, concavees lens 9, filter 10; As shown in Figure 4, band comprises: silk ribbon 11, contiguous block 12, label box 13, aperture 14.
At the naked vision of measuring patient from 5 meters of of visual acuity chart, then thumb and forefinger are affixed near the Tongziliao point at canthus, outside, and slowly draw high skin of face toward back upper place, drive ciliary muscle motion, in the time accurately identifying on visual acuity chart 1.0 place character, eyes focal length is determined.According to the naked vision of measuring and the situation of looking for eyes focal length, determine the mirror body that uses the appropriate number of degrees and focusing; Silk ribbon 11 is lain in to head, make contiguous block 12 be affixed on forehead, stir the panel 3 on fixed block 4, drive rotating shaft 2 rotate to connecting rod 5 lower ends be just positioned at rotating shaft 2 directly over, corresponding aperture 14 is inserted respectively in the lower end of two connecting rods 5, and mirror body is fixed on face; Now eyeglass 1 front to the each parts between eyes are arranged in order by the order of convex lens 8, concavees lens 9 and filter 10.From starting to find eyes focal length apart from the position of 2 meters of visual acuity charts, increase by 1 meter every day until apart from the position of 8 meters of visual acuity charts, train every day 15 minutes-20 minutes, and each training correct defects of vision must can be up to standard more than 1.0.This process is a course for the treatment of, after finishing this course for the treatment of, redeterminates vision and finds focal length, according to the situation of recovering, changes the mirror body of the suitable number of degrees and focusing, repeats above training.Above-mentioned training process comprises the mirror body of the 8 secondary different number of degrees and focusing, totally 8 courses for the treatment of, suitably chooses use according to patient's vision situation and recovery situation.
Treatment example
1, name: Liu Jiani, sex: female, the age: 7 years old, school: tea shop primary school.
Physical therapy inspection for the first time, left eye: 0.3, right eye: 0.4;
After examination one week of physical therapy, check left eye: 0.5, right eye: 0.6;
After physical therapy one month, left eye: 1.0, right eye: 1.0;
Consolidate physical therapy after one month, wear and consolidate glasses one pair, after three months, pay a return visit, left and right vision reaches 1.0.
2, name: Li Jinhao, sex: man, the age: 11 years old, school: Chengdu experimental primary school.
Physical therapy inspection for the first time, left eye: 0.5, right eye: 0.5;
After examination one week of physical therapy, check left eye: 0.8, right eye: 0.8;
After physical therapy one month, left eye: 1.2, right eye: 1.2;
Consolidate physical therapy after one month, wear and consolidate glasses one pair, after 5 months, pay a return visit left and right vision 1.2.
3, name: Yan Ziling, sex: female, the age: 10, school: Chengdu experimental primary school.
Physical therapy inspection for the first time, left eye: 0.1, right eye: 0.25;
After examination one week of physical therapy, check left eye: 0.2, right eye: 0.4;
After physical therapy one month, left eye: 0.8, right eye: 1.0;
Consolidate physical therapy after one month, wear and consolidate glasses one pair, after three months, pay a return visit once the right vision 1.0 of left eye 0.8.
4, name: Liu Yanlin, sex: man, the age: 12, school: welcome building primary school.
Physical therapy inspection for the first time, left eye: 0.2, right eye: 0.15;
After examination one week of physical therapy, check left eye: 0.4, right eye: 0.3;
Physical therapy after two months, left eye: 1.0, right eye: 1.0;
Consolidate physical therapy after one month, wear and consolidate glasses one pair, after three months, pay a return visit once left and right vision 1.0.
5, name: Xie Sibo, sex: female, the age: 4 years old half, school: machine-operated kindergarten.
Physical therapy inspection for the first time, left eye: 0.3, right eye: 0.4;
After examination one week of physical therapy, check left eye: 0.5, right eye: 0.6;
After physical therapy one month, left eye: 1.0, right eye: 1.0;
Consolidate physical therapy after one month, wear and consolidate glasses one pair, after three months, pay a return visit once left and right vision 1.0.
6, name: Liu Peidong, sex: man, the age: 6 years old, school: road primary school plays the zither.
Physical therapy inspection for the first time, left eye: 0.2, right eye: 0.2;
After examination one week of physical therapy, check left eye: 0.4, right eye: 0.4;
After physical therapy one month, left eye: 1.0, right eye: 1.0;
Consolidate physical therapy after one month, wear and consolidate glasses one pair, after three months, pay a return visit once left and right vision 1.0.
Claims (7)
1. a vision correction mirror, its spy is, comprising:
Mirror body and band two parts;
Mirror body is by eyeglass, rotating shaft, panel, fixed block, connecting rod, fixed bar and be configured to;
Band is made up of silk ribbon, contiguous block, label box and aperture;
Eyeglass is arranged in parallel and forms successively by convex lens, concavees lens and filter.
2. a kind of vision correction mirror according to claim 1, is characterized in that, described fixed bar two ends are arranged with respectively a described eyeglass in parallel; Two nodes of described fixed bar and described eyeglass, are connected with the upper end of a described support respectively, and the lower end of described support is free end; Described support and described convex lens homonymy.
3. a kind of vision correction mirror according to claim 1, is characterized in that, described fixed block is arranged on the middle part of described fixed bar; Described fixed block is cuboid, and its side is provided with and the chute of filter homonymy.
4. a kind of vision correction mirror according to claim 1, is characterized in that, described rotating shaft is arranged in the chute of described fixed block side, and described rotating shaft is flexibly connected with described fixed block; Described shaft parallel is in described fixed bar; Described rotating shaft two ends are connected with the upper end of a described connecting rod respectively, and the lower end of described connecting rod is free end; Two described connecting rods are positioned at the same plane of described rotating shaft homonymy, and the diameter of described connecting rod is successively decreased toward lower end from upper end.
5. a kind of vision correction mirror according to claim 1, is characterized in that, described panel is arranged on described fixed block; Described panel is arc-shaped curved surface, and its lower end is fixed on rotating shaft middle part.
6. a kind of vision correction mirror according to claim 1, it is characterized in that, described contiguous block shape is truncated rectangular pyramids, and bottom surface is affixed on described silk ribbon middle part, upper bottom surface is provided with described label box, and a side identical with silk ribbon extension direction is provided with two described apertures; Distance between distance between two described apertures and two described connecting rod lower end end points equates, and described hole diameter is identical with described connecting rod lower end end points diameter.
7. a kind of vision correction mirror according to claim 1, is characterized in that, further comprises its using method:
At the naked vision of measuring patient from 5 meters of of visual acuity chart, then thumb and forefinger are affixed near the Tongziliao point at canthus, outside, and slowly draw high skin of face toward back upper place, the motion of drive ciliary muscle, in the time accurately identifying on visual acuity chart 1.0 place character, eyeball focal length is positioned at retina just, completes the searching of eyes focal length;
According to the naked vision of measuring and the situation of looking for eyes focal length, determine the mirror body that uses the appropriate number of degrees and focusing; Silk ribbon is lain in to head, makes contiguous block be affixed on forehead, stir the panel on fixed block, drive rotating shaft rotate to connecting rod lower end be just positioned at rotating shaft directly over, corresponding aperture is inserted respectively in the lower end of two connecting rods, mirror body is fixed on face; Now front lens surface to the each parts between eyes are arranged in order by the order of convex lens, concavees lens and filter;
Wear above-mentioned vision correction mirror, according to preceding method from starting to find eyes focal length apart from the position of 2 meters of visual acuity charts, increase by 1 meter every day until apart from the position of 8 meters of visual acuity charts, train every day 15 minutes-20 minutes, and each training correct defects of vision must can be up to standard more than 1.0;
Above-mentionedly be trained for a course for the treatment of, after finishing this course for the treatment of, redeterminate vision and find focal length, according to the situation of recovering, change the mirror body of the suitable number of degrees and focusing, repeat above training;
Above-mentioned training process comprises the mirror body of the 8 secondary different number of degrees and focusing, totally 8 courses for the treatment of, suitably chooses use according to patient's vision situation and recovery situation.
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| CN201410108825.5A CN103860363A (en) | 2014-03-24 | 2014-03-24 | Vision correction glasses and use method thereof |
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| CN201410108825.5A CN103860363A (en) | 2014-03-24 | 2014-03-24 | Vision correction glasses and use method thereof |
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| Publication number | Priority date | Publication date | Assignee | Title |
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| CN109497928A (en) * | 2018-12-28 | 2019-03-22 | 杭州精飞光学仪器制造有限公司 | A kind of myopia measuring device and its application method |
| CN112370236A (en) * | 2020-12-04 | 2021-02-19 | 四川上品未来信息技术有限公司 | Vision correction method and correction equipment |
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| CN204016783U (en) * | 2014-03-24 | 2014-12-17 | 周杰 | A kind of vision correction mirror |
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| JP2004049820A (en) * | 2002-07-19 | 2004-02-19 | Chao-Chyun Lin | Method for recovering sight by using kinetic type lens and apparatus therefor |
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Application publication date: 20140618 |