CN201453584U

CN201453584U - Ciliaris exercising spectacles

Info

Publication number: CN201453584U
Application number: CN2009200939688U
Authority: CN
Inventors: 段亚东
Original assignee: Individual
Current assignee: Individual
Priority date: 2009-07-09
Filing date: 2009-07-09
Publication date: 2010-05-12
Anticipated expiration: 2019-07-09

Abstract

The utility model relates to ciliaris exercising spectacles, which comprise a double-layered spectacle frame and double-layered eyeglasses. The ciliaris exercising spectacles have various myopia health-care functions; the extraocular muscle exercising can eliminate the tension of the extraocular muscle, improve the blood circulation of eyeballs, and help to prevent and treat near-sightedness; the far fogging can eliminate the convulsion of the ciliaris and help to recover the naked vision; and the ciliaris exercising can help to recover the complete functions of the ciliaris and the plasticity of the lentil and treat the near-sightedness. The ciliaris exercising spectacles have the advantages of safety, effectiveness, and convenient popularization and application, and are ideal health-care spectacles for emmetropia, near-sightedness of teenagers and presbyopia.

Description

Ciliary muscle exercise glasses

Technical field

This utility model relates to a kind of ciliary muscle exercise glasses, more particularly, relates to that a kind of mist far away is looked, the glasses of extraocular muscles exercise, ciliary muscle exercise function.

Background technology

China is myopia sickness rate one of the highest country, and national myopia number is about 400,000,000, and wherein juvenile myopia has 200,000,000 crowds approximately.Existing myopia prevention and Therapeutic Method are various, but have many technological deficiencies.The excimer laser cornea operation is present international most popular Therapeutic Method, though can correct myopia to a certain degree, but the eyes higher order aberratons is obviously increased, vision under the dark field situation is played negative effect (home country's light: based on the vision correcting of wavefront aberration and the optical research of Extra Vision, Chinese science: 2007,5:595-604).Ortho-K is unique non-surgical treatment, can improve the bore hole distant vision, but have potential corneal infection, stop wearing the back the near-sighted number of degrees the extremely expensive shortcoming of expense appears once more, wears all the life.The monochromatic light glasses for the myopia are looked far away and are looked and closely all use same refractive diopter concace mirror lens, look to increase when near and regulate load, promote ciliary spasm, so have the scholar to advocate to look closely to wear to be lower than and look refractive diopter concavees lens far away (Li Fengming: ophthalmology pandect, People's Health Publisher, 1996,2583) or look and wear lower degree convex lens sheet (Xu Guangdi: the discussion of the pre-myopia prevention of lower degree convex lens when near, the practical ophthalmology magazine of China, 1995,5:263).Based on the above-mentioned technological deficiency of monochromatic light glasses for the myopia, the popular in recent years progressive multi-focal lenses of wearing, this eyeglass first half do not have ciliary muscle exercise function to the gradual reduction refractive diopter of Lower Half but have.Function singleness, the curative effect of existing near-sighted glasses are low, and myopia prevention and treatment problem are still the great technical barrier of present international medical community.

The utility model content

This utility model purpose is to overcome the prior art defective, and a kind of near-sighted glasses of ciliary muscle exercise function is provided.

This utility model purpose is achieved by following technical proposals.

This ciliary muscle exercise glasses are Two-layer spectacle, form by 1 primary mirror and 2 additional mirrors, primary mirror is made up of primary frame, mirror lower limb, primary mirror sheet, additional mirror is made up of additional picture frame, additional eyeglass, its technical characterictic is: it is convex lens sheet that the primary mirror sheet first half is looked the far field, and primary mirror sheet Lower Half near reading range is a concace mirror lens; It is convex lens sheet that the additional eyeglass first half is looked the far field, additional eyeglass Lower Half near reading range is a concace mirror lens. it is identical with Lower Half near reading range refractive diopter equivalence that the primary mirror sheet or the additional eyeglass first half are looked the far field. the primary mirror sheet first half looks the far field and is prepared as+1.00DS extremely+the 3.00DS convex lens sheet, primary mirror sheet Lower Half near reading range is prepared as-and 1.00DS is to-3.00DS concace mirror lens. and the preferred primary mirror sheet first half is looked the far field and is prepared as+2.00DS, the Lower Half near reading range is prepared as-2.00DS, perhaps the primary mirror sheet first half is looked the far field and is prepared as+the 3.00DS convex lens sheet, the Lower Half near reading range is prepared as-and a 3.00DS concace mirror lens .2 additional eyeglass is prepared into 1.00DS and 2.00DS eyeglass. and the first half of the additional eyeglass of described 1.00DS is looked the far field and is prepared as+the 1.00DS convex lens sheet, the Lower Half near reading range is prepared as-the 1.00DS concace mirror lens. and the first half of the additional eyeglass of described 2.00DS is looked the far field and is prepared as+the 2.00DS convex lens sheet, the Lower Half near reading range is prepared as-the 2.00DS concace mirror lens. and primary mirror sheet or the preparation of additional eyeglass periphery position have 4～8 to watch the mark bar attentively. and primary mirror sheet or additional eyeglass are prepared as integral type, division formula bifocal lens, also can be prepared as multifocal lens. corresponding before and after the optical center of primary mirror sheet and the optical center of additional eyeglass. the optical center that the eyeglass first half is looked the far field interpupillary distance looks the far field greater than eyeglass Lower Half near reading range interpupillary distance 2mm～4mm. eyeglass first half optical center and eyeglass Lower Half near reading range apart 2mm～8mm. eyeglass first half is looked the lower edge in far field and is prepared as one linear apart from the optical center distance 2mm～10mm. eyeglass Lower Half near reading range of Lower Half near reading range, semicircle, circular, stealthy. eyeglass can be prepared as plated film. and the inside prism of eyeglass Lower Half near reading range and substrate is compound, and the prism degree of prism is Δ 6～Δ 30 scopes.

This utility model beneficial effect compared with prior art is:

1, a pair of glasses have that mist far away is looked, extraocular muscles exercise, ciliary muscle exercise function.

2, to look ciliary muscle relaxation-crystalline lens far away flat for human eye, and convex lens sheet is worn in this utility model utilization, make ciliary muscle lax more-crystalline lens is more flat; Human eye is looked nearly ciliary muscle anxiety-crystalline lens and is become protruding, and concavees lens are worn in this utility model utilization, make ciliary muscle more anxiety-crystalline lens become protruding more; Moment alternately look far away and look near, make ciliary muscle relaxation-anxiety, crystalline lens flat-become protruding, recover ciliary muscle and perfect function and crystalline lens plasticity, reach the ciliary muscle crystalline lens effect of exercising.

3, this Bifocal lenses first half is looked far field convex lens and Lower Half near reading range concavees lens difference, wears backsight and far closely is saltatory with looking, and enlivens ciliary muscle and regulates, and tempers ciliary muscle.

Description of drawings

Fig. 1 is the ciliary muscle exercise Glasses structure sketch map that additional mirror is housed.

Fig. 2 is the primary mirror structural representation of ciliary muscle exercise glasses.

Fig. 3 is the additional mirror structural representation of ciliary muscle exercise glasses.

Among the figure: 1 primary frame; 2 mirror lower limbs; The 3 primary mirror sheet first halves are looked the far field; 4 primary mirror sheet Lower Half near reading ranges; 5 additional picture frames; The 6 additional eyeglass first halves are looked the far field; 7 additional eyeglass Lower Half near reading ranges; 8 watch the mark bar attentively.

The specific embodiment

Below in conjunction with accompanying drawing this utility model is described in further detail.

Ciliary muscle exercise glasses with the additional mirror holder of snap ring-type are embodied as example. and select existing snap ring-type double-layer spectacle frames as this ciliary muscle exercise spectacle frame, also can select collapsible, double-layer spectacle frames such as Magnet adsorption-type are as this ciliary muscle exercise spectacle frame. select optical glass or Plastic eyeglasses sheet material, Method for bonding through bi-focal ophthalmic or multifocal spectacle lenses, fusion process, one collimation method, split-run prior art for preparing primary mirror sheet and additional eyeglass. it is main glasses holder that preparation has the mirror holder of primary frame (1) and mirror lower limb (2). the primary mirror sheet first half is looked far field (3) and is convex lens sheet, and primary mirror sheet Lower Half near reading range (4) is a concace mirror lens; The additional eyeglass first half is looked far field (6) and is convex lens sheet, additional eyeglass Lower Half near reading range (7) be a concace mirror lens. it is identical with Lower Half near reading range refractive diopter equivalence that the primary mirror sheet or the additional eyeglass first half are looked the far field. the primary mirror sheet first half looks the far field and is prepared as+1.00DS extremely+the 3.00DS convex lens sheet, primary mirror sheet Lower Half near reading range is prepared as-and 1.00DS is to-3.00DS concace mirror lens. and the preferred primary mirror sheet first half is looked the far field and is prepared as+2.00DS, primary mirror sheet Lower Half near reading range is prepared as-2.00DS, perhaps the primary mirror sheet first half is looked the far field and is prepared as+the 3.00DS convex lens sheet, primary mirror sheet Lower Half near reading range is prepared as-and a 3.00DS concace mirror lens .2 additional eyeglass is prepared as 1.00DS and two kinds of eyeglasses of 2.00DS respectively. and the first half of the additional eyeglass of described 1.00DS is looked the far field and is prepared as+the 1.00DS convex lens sheet, the Lower Half near reading range is prepared as-the 1.00DS concace mirror lens. and the first half of the additional eyeglass of described 2.00DS is looked the far field and is prepared as+the 2.00DS convex lens sheet, the Lower Half near reading range is prepared as-the 2.00DS concace mirror lens. at the peripheral position 3 of primary mirror sheet or additional eyeglass, 6,9,12 o'clock, the place ground to form the canescence opacity with grinder, or make long 2mm～4mm with ink jet printing, the opacity of wide 2mm～4mm is for watching mark bar (8) attentively. and there is the primary mirror sheet first half to look the primary mirror of far field (3) and primary mirror sheet Lower Half near reading range (4) is on chip goes on the primary frame (1) preparation, forming primary mirror (as Fig. 2). the additional mirror sheet that has the additional eyeglass first half to look far field (6) and additional eyeglass Lower Half near reading range (7) preparation is packed on the additional mirror frame (5), form additional mirror (as Fig. 3). will add picture frame (5) and pack on the primary frame (1), the ciliary muscle exercise glasses (as Fig. 1) of additional mirror are equipped with in formation. and the eyeglass first half of split-run preparation is looked the far field lower edge, and with optical resin gum or epoxide-resin glue it to be docked tight adhesion with eyeglass Lower Half near reading range upper limb be one, to pack on the picture frame. the primary mirror sheet or the additional eyeglass of this glasses are prepared as integral type, division formula bifocal lens, also can be prepared as multifocal lens. corresponding before and after primary mirror sheet optical center and the additional eyeglass optical center. the primary mirror sheet or the additional eyeglass first half are looked far field optical center and its eyeglass Lower Half near reading range optical center apart 2mm～8mm. primary mirror sheet or additional eyeglass Lower Half near reading range are prepared as one linear, semicircle, circular. eyeglass can be prepared as plated film lens. and eyeglass Lower Half near reading range can be compound with the inside prism of substrate, and the prism degree of prism is Δ 6～Δ 30 scopes.

Using method: during break, only wear primary mirror, eyes moments watches the mark bar attentively to a side and watches attentively, fixation time 30 seconds～60 seconds is watched attentively in the orientation one by one successively from watching the

mark bar

3,6,9,12 o'clock attentively successively, and right and left eyes is alternately watched attentively, fixation time 5 minutes～10 minutes, the exercise extraocular muscles.When mist far away is looked effect, wear primary mirror or additional mirror is stuck in sheet on the primary mirror, watch 5 meters objects in addition attentively by the eyeglass first half, fixation time 5 minutes～10 minutes reaches mist far away and looks effect.During the ciliary muscle exercise, wear primary mirror earlier, watch 5 meters objects in addition attentively by the eyeglass first half, fixation time 30 seconds～60 seconds is watched 33 centimeters objects attentively by the eyeglass Lower Half rapidly thereafter, fixation time 30 seconds～60 seconds, alternately look far away and look near, 10 minutes～20 minutes time was stuck in 1.00DS and the additional eyeglass of 2.00DS on the primary mirror more successively, reached corpus ciliare exercise effect.

This utility model ciliary muscle exercise glasses have multiple near-sighted health care, and the extraocular muscles exercise can be eliminated the extraocular muscles anxiety, improve the eyeball blood circulation, helps the prophylactic treatment myopia; Mist far away is looked and can be eliminated ciliary spasm, recovers naked vision; The ciliary muscle exercise recovers ciliary muscle and perfects function and crystalline lens plasticity, the treatment myopia.This ciliary muscle exercise glasses are safe and effective, easy to utilize, are the glasses of desirable emmetropia, juvenile myopia and Presbyopia.

Embodiment

With this ciliary muscle exercise glasses to 36 juvenile myopia patients between 7～18 years old, wear March treatment time, carry out that mist far away is looked every day, extraocular muscles exercise, ciliary muscle exercise, naked vision average out to 0.42 before wearing, wear treatment back naked vision average out to 0.81, effective percentage is 94.4%.

Claims

1. ciliary muscle exercise glasses, be Two-layer spectacle, form by 1 primary mirror and 2 additional mirrors, primary mirror is made up of primary frame (1), mirror lower limb (2), primary mirror sheet, additional mirror is made up of additional picture frame (5), additional eyeglass, its technical characterictic is: the primary mirror sheet first half is looked far field (3) and is convex lens sheet, and primary mirror sheet Lower Half near reading range (4) is a concace mirror lens; The additional eyeglass first half is looked far field (6) and is convex lens sheet, additional eyeglass Lower Half near reading range (7) is a concace mirror lens, it is identical with Lower Half near reading range refractive diopter equivalence that the primary mirror sheet or the additional eyeglass first half are looked the far field, additional eyeglass is prepared into 1.00DS and 2.00DS eyeglass, and primary mirror sheet or the preparation of additional eyeglass periphery position have 4～8 to watch mark bar (8) attentively.

2. by the described a kind of ciliary muscle exercise glasses of claim 1, its technical characterictic is: the primary mirror sheet first half looks far field (3) and is prepared as+1.00DS is to+3.00DS convex lens sheet, and primary mirror sheet Lower Half near reading range (4) is prepared as-and 1.00DS is to-3.00DS concace mirror lens.

3. by the described a kind of ciliary muscle exercise glasses of claim 1, its technical characterictic is: the primary mirror sheet first half is looked far field (3) and is prepared as+2.00DS, and Lower Half near reading range (4) is prepared as-2.00DS.

4. by the described a kind of ciliary muscle exercise glasses of claim 1, its technical characterictic is: the primary mirror sheet first half is looked far field (3) and is prepared as+the 3.00DS convex lens sheet, and Lower Half near reading range (4) is prepared as-the 3.00DS concace mirror lens.

5. by the described a kind of ciliary muscle exercise glasses of claim 1, its technical characterictic is: the first half of the additional eyeglass of described 1.00DS is looked far field (6) and is prepared as+the 1.00DS convex lens sheet, and Lower Half near reading range (7) is prepared as-the 1.00DS concace mirror lens.

6. by the described a kind of ciliary muscle exercise glasses of claim 1, its technical characterictic is: the first half of the additional eyeglass of described 2.00DS is looked far field (6) and is prepared as+the 2.00DS convex lens sheet, and Lower Half near reading range (7) is prepared as-the 2.00DS concace mirror lens.

7. by the described a kind of ciliary muscle exercise glasses of claim 1, its technical characterictic is: eyeglass or additional eyeglass are prepared as integral type, division formula bifocal lens, also can be prepared as multifocal lens.

8. by the described a kind of ciliary muscle exercise glasses of claim 1, its technical characterictic is: the optical center of primary mirror sheet is corresponding with the optical center of additional eyeglass front and back; The eyeglass first half is looked the far field interpupillary distance greater than eyeglass Lower Half near reading range interpupillary distance 2mm～4mm; The eyeglass first half is looked the optical center of the optical center in far field and eyeglass Lower Half near reading range at a distance of 2mm～8mm; The eyeglass first half is looked the optical center distance 2mm～10mm of the lower edge in far field apart from the Lower Half near reading range.

9. by the described a kind of ciliary muscle exercise of claim 1 glasses, its technical characterictic is: eyeglass Lower Half near reading range is prepared as one linear, semicircle, circular, stealthy.

10. by the described a kind of ciliary muscle exercise of claim 1 glasses, its technical characterictic is: the inside prism of eyeglass Lower Half near reading range and substrate is compound, and the prism degree of prism is Δ 6～Δ 30 scopes.