CN202982570U - Exercising glasses for regulating convergence extraocular muscle - Google Patents
Exercising glasses for regulating convergence extraocular muscle Download PDFInfo
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- CN202982570U CN202982570U CN 201220650979 CN201220650979U CN202982570U CN 202982570 U CN202982570 U CN 202982570U CN 201220650979 CN201220650979 CN 201220650979 CN 201220650979 U CN201220650979 U CN 201220650979U CN 202982570 U CN202982570 U CN 202982570U
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Abstract
The utility model belongs to health care glasses, and provides exercising glasses for regulating convergence extraocular muscle. In the prior art, exercising tools for regulating convergence extraocular muscle do not exist. The exercising glasses for regulating convergence extraocular muscle comprises lens upper haft portion optical areas and lens lower portion optical areas. The lens upper haft portion optical areas are prepared as convex lenses or composite substrate facing nose side triple-prism lenses, and enable ciliaris to be relaxing, crystalline lenses to be flat, and convergence power to be reduced. The lens lower portion optical areas are prepared as concave lens composite substrate facing bitamporal triple-prism lenses, and enable the ciliaris to be stressed, the crystalline lenses to be convex, and the convergence power to be increased. Eye balls carry out watching motion towards watching designation strips on the peripheries of the lenses so as to exercise the extraocular muscle. The glasses have the effects of preventing and controlling development of myopic eyes.
Description
Technical field
This utility model relates to a kind of adjusting set extraocular muscles exercise glasses, more particularly, relates to the glasses that a kind of eyes are regulated set extraocular muscles functional exercise.
Background technology
It is relevant with the extraocular muscles functional disorder with eyes adjusting set that myopia occurs.Eyes look ciliary muscle relaxation when far away, crystalline lens are flat, convergence power reduces; Nervous, the crystalline lens of ciliary muscle becomes protruding, convergence power when near increases.Myopia is due to long-time close eye, causes eyes to regulate set extraocular muscles functional disorder.The exercise eyes are regulated set extraocular muscles function, can effectively prevent and control the myopia development.
The utility model content
This utility model purpose is to overcome in prior art, without there being eyes to regulate the defective of set extraocular muscles exercise glasses, provides a kind of glasses of regulating set extraocular muscles exercise for eyes.
This utility model purpose is to be achieved by following technical proposals:
A kind of technical scheme of this adjusting set extraocular muscles exercise glasses is: this glasses are comprised of picture frame, mirror lower limb, eyeglass.Eyeglass is provided with first half Optical Region and Lower Half Optical Region, first half Optical Region is positioned at the eyeglass upper portion, be prepared as+1.00DS～+ the 4.00DS convex lens sheet, the Lower Half Optical Region is positioned at the eyeglass lower portion, be prepared as-1.00DS～-compound 1 Δ of 12.00DS concace mirror lens～10 Δ substrates are to temporo side prismatic glasses, 12,3,6,9 o'clock being prepared as four and watching the mark bar attentively of lens periphery position.Preferred eyeglass first half Optical Region is prepared as+2.00DS～+ the 3.00DS convex lens sheet, the Lower Half Optical Region is prepared as-2.00DS～-the compound 6 Δ substrates of 9.00DS concace mirror lens are to temporo side prismatic glasses.More preferably eyeglass first half Optical Region is prepared as+the 3.00DS convex lens sheet, and the Lower Half Optical Region is prepared as-3.00DS～-the compound 6 Δ substrates of 6.00DS concace mirror lens are to temporo side prismatic glasses.12,3,6,9 o'clock at lens periphery position is prepared as four and watches the mark bar attentively.
The another kind of technical scheme of this adjusting set extraocular muscles exercise glasses is: this glasses are comprised of picture frame, mirror lower limb, eyeglass.Eyeglass is provided with first half Optical Region and Lower Half Optical Region, first half Optical Region is positioned at the eyeglass upper portion, be prepared as+1.00DS～+ compound 1 Δ of 4.00DS convex lens sheet～10 Δ substrates are to the nasal side prismatic glasses, the Lower Half Optical Region is positioned at the eyeglass lower portion, be prepared as-1.00DS～-compound 1 Δ of 12.00DS concace mirror lens～10 Δ substrates are to temporo side prismatic glasses, 12,3,6,9 o'clock being prepared as four and watching the mark bar attentively of lens periphery position.Preferred eyeglass first half Optical Region is prepared as+2.00DS～+ the compound 6 Δ substrates of 3.00DS convex lens sheet are to the nasal side prismatic glasses, and the Lower Half Optical Region is prepared as-2.00DS～-the compound 6 Δ substrates of 9.00DS concace mirror lens are to temporo side prismatic glasses.More preferably eyeglass first half Optical Region be prepared as+the compound 6 Δ substrates of 3.00DS convex lens sheet are to the nasal side prismatic glasses, the Lower Half Optical Region is prepared as-3.00DS～-the compound 6 Δ substrates of 6.00DS concace mirror lens are to temporo side prismatic glasses.12,3,6,9 o'clock at lens periphery position is prepared as four and watches the mark bar attentively.
This adjusting set extraocular muscles exercise glasses, substrate refers to the substrate of prismatic glasses to the inboard of spectacle-frame to the nasal side prismatic glasses, also basidigitale prismatic glasses to the inside; Substrate refers to the substrate of prismatic glasses to the outside of spectacle-frame to temporo side prismatic glasses, also basidigitale prismatic glasses laterally.
This adjusting set extraocular muscles exercise glasses, first half Optical Region and Lower Half Optical Region are a complete eyeglass, perhaps eyeglass is Split type, is prepared from by a first half Optical Region and the combination of Lower Half Optical Region, and eyeglass Lower Half Optical Region is one linear, semicircle, circular.Eyeglass first half Optical Region interpupillary distance is greater than Lower Half Optical Region interpupillary distance 2mm～4mm, the optical center of the optical center of first half Optical Region and Lower Half Optical Region is at a distance of 10mm～20mm, the lower edge of first half Optical Region and Lower Half Optical Region optical center distance 5mm～15mm.It is to grind to form the canescence opacity with grinder at lens surface that eyeglass is watched the mark bar attentively, perhaps forms long 2mm～4mm, the coloured striped of wide 2mm～4mm with ink jet printing.
This utility model beneficial effect compared with prior art is:
1, provide a kind of glasses of regulating set extraocular muscles functional exercise;
2, this adjusting set extraocular muscles exercise glasses, watch attentively to the nasal side prismatic glasses by eyeglass first half Optical Region convex lens sheet or composite substrate, makes that ciliary muscle is more lax, crystalline lens is more flat, convergence power reduces more; Watch attentively to temporo side prismatic glasses by eyeglass Lower Half Optical Region concace mirror lens composite substrate, make that ciliary muscle is more nervous, crystalline lens more becomes protruding, convergence power and more increase, eyeball is to watching mark bar fixation movement, exercise extraocular muscles attentively;
3, use this adjusting set extraocular muscles exercise glasses, moment alternately watches attentively by eyeglass first half Optical Region and Lower Half Optical Region, the feedback exercise, strengthen the ciliary muscle muscular strength, recover ciliary muscle and perfect function, crystalline lens plasticity and eyes consolidation function, eyeball is distinguished up and down, interior and outer motion, and the exercise extraocular muscles can effectively prevent and control the myopia development.
Description of drawings
Fig. 1 is the structural representation of the adjusting set extraocular muscles exercise glasses of first half Optical Region convex lens sheet;
Fig. 2 is that first half Optical Region is that the convex lens sheet composite substrate is to the structural representation of the adjusting set extraocular muscles exercise glasses of nasal side prismatic glasses;
Fig. 3 is the structural representation of semicircle eyeglass;
Fig. 4 is the structural representation of circular eyeglass.
In figure: 1 picture frame; 2 mirror lower limbs; 3 eyeglasses; 4 first half Optical Region; 5 Lower Half Optical Region; 6 convex lens sheets; 7 substrates are to the nasal side prismatic glasses; 8 concace mirror lens; 9 substrates are to temporo side prismatic glasses; 10 watch the mark bar attentively.
The specific embodiment
Below in conjunction with accompanying drawing, this utility model is described in further detail:
This adjusting set extraocular muscles exercise glasses are hereinafter referred to as this glasses.Select the frame-generic spectacle frame as the mirror holder of this glasses, select optical glass or Plastic eyeglasses sheet material, prepare the eyeglass of this glasses through the existing bifocal Method for bonding of lens, fusion process, a collimation method, split-run technology.
This adjusting set extraocular muscles exercise glasses are comprised of picture frame (1), mirror lower limb (2), eyeglass (3), are divided into two kinds of technical schemes and implement, and specific embodiments is as follows:
A kind of embodiment is: eyeglass (3) preparation is become first half Optical Region (4) and Lower Half Optical Region (5), first half Optical Region (4) is positioned at eyeglass (3) upper portion, be prepared as+1.00DS～+ 4.00DS convex lens sheet (6), Lower Half Optical Region (5) is positioned at eyeglass (3) lower portion, be prepared as-1.00DS～-compound 1 Δ of 12.00DS concace mirror lens (8)～10 Δ substrates are to temporo side prismatic glasses (9).Substrate refers to also that to temporo side prismatic glasses (9) the prismatic glasses substrate is to the spectacle-frame outside.Preferred eyeglass (3) first half Optical Region (4) is prepared as+2.00DS～+ 3.00DS convex lens sheet (6), Lower Half Optical Region (5) is prepared as-2.00DS～-the compound 6 Δ substrates of 9.00DS concace mirror lens (8) are to temporo side prismatic glasses (9).More preferably eyeglass (3) first half Optical Region (4) is prepared as+3.00DS convex lens sheet (6), and Lower Half Optical Region (5) is prepared as-3.00DS～-the compound 6 Δ substrates of 6.00DS concace mirror lens (8) are to temporo side prismatic glasses (9).First half Optical Region (4) is prepared as convex lens sheet (6), Lower Half Optical Region (5) is prepared as concace mirror lens (8) composite substrate to the eyeglass (3) of temporo side prismatic glasses (9), be installed on picture frame (1), form the adjusting set extraocular muscles exercise glasses (as Fig. 1) of first half Optical Region convex lens sheet.
Another embodiment is: eyeglass (3) preparation is become first half Optical Region (4) and Lower Half Optical Region (5), first half Optical Region (4) is positioned at eyeglass (3) upper portion, be prepared as+1.00DS～+ compound 1 Δ of 4.00DS convex lens sheet (6)～10 Δ substrates are to nasal side prismatic glasses (7), Lower Half Optical Region (5) is positioned at eyeglass (3) lower portion, be prepared as-1.00DS～-compound 1 Δ of 12.00DS concace mirror lens (8)～10 Δ substrates are to temporo side prismatic glasses (9).Substrate refers to also that to nasal side prismatic glasses (7) the prismatic glasses substrate is inboard to spectacle-frame.Preferred eyeglass (3) first half Optical Region (4) is prepared as+2.00DS～+ the compound 6 Δ substrates of 3.00DS convex lens sheet (6) are to nasal side prismatic glasses (7), and Lower Half Optical Region (5) is prepared as-2.00DS～-the compound 6 Δ substrates of 9.00DS lens (8) are to temporo side prismatic glasses (9).More preferably eyeglass (3) first half Optical Region (4) be prepared as+the compound 6 Δ substrates of 3.00DS convex lens sheet (6) are to nasal side prismatic glasses (7), Lower Half Optical Region (5) is prepared as-3.00DS～-the compound 6 Δ substrates of 6.00DS concace mirror lens (8) are to temporo side prismatic glasses (9).First half Optical Region (4) is prepared as convex lens sheet (6) composite substrate to nasal side prismatic glasses (7), Lower Half Optical Region (5) is prepared as concace mirror lens (8) composite substrate to temporo side prismatic glasses (9), eyeglass (3) is installed on picture frame (1), and forming first half Optical Region is that the convex lens sheet composite substrate is to the adjusting set extraocular muscles exercise glasses (as Fig. 2) of nasal side prismatic glasses.
This adjusting set extraocular muscles exercise glasses, eyeglass (3) can be prepared as integral type, and first half Optical Region (4) and Lower Half Optical Region (5) they are a complete eyeglass.Also eyeglass (3) can be prepared as Split type, be prepared from by a first half Optical Region (4) and a Lower Half Optical Region (5) combination.This combination preparation can with two eyeglasses directly involutory be installed on picture frame (1) within, also available optical glass epoxy resin glue bond docking is within being installed on picture frame (1).The eyeglass of this glasses (3) Lower Half Optical Region (5) preparation becomes one linear (as Fig. 1), semicircle (as Fig. 3), circular (as Fig. 4), it is one linear that preferred eyeglass (3) Lower Half Optical Region (5) preparation becomes, and keeps Lower Half Optical Region (5) to have than the wide open district.Eyeglass (3) first half Optical Region (4) interpupillary distance is greater than Lower Half Optical Region (5) interpupillary distance 2mm～4mm, the optical center of the optical center of first half Optical Region (4) and Lower Half Optical Region (5) is at a distance of 10mm～20mm, the lower edge of first half Optical Region (4) and Lower Half Optical Region (5) optical center distance 5mm～15mm.Watching eyeglass (3) attentively mark bar (10), is to grind to form the canescence opacity with grinder at lens surface, perhaps forms long 2mm～4mm, the coloured striped of wide 2mm～4mm with ink jet printing.
The eyeglass principle: eye looks ciliary muscle relaxation when far away, crystalline lens are flat, convergence power reduces; Nervous, the crystalline lens of ciliary muscle becomes protruding, convergence power when near increases.Watch attentively to the nasal side prismatic glasses by eyeglass first half Optical Region convex lens sheet or composite substrate, make that ciliary muscle is more lax, crystalline lens is more flat, convergence power reduces more; Watch attentively to temporo side prismatic glasses by eyeglass Lower Half Optical Region concace mirror lens composite substrate, make that ciliary muscle is more nervous, crystalline lens more becomes protruding, convergence power and more increase.Moment alternately watches attentively by eyeglass first half Optical Region and Lower Half Optical Region, and exercise is fed back in protruding-flat, convergence power increase-reduce that ciliary muscle anxiety-lax, crystalline lens become, and strengthens ciliary muscle muscular strength, recovery crystalline lens plasticity and sound adjusting consolidation function.Eyeball is distinguished up and down, interior and outer fixation movement, the exercise extraocular muscles.The eyeglass Lower Half Optical Region of this glasses is prepared as-3.00DS～-12.00DS, purpose is that the myopia exercise that adapts to different refractive diopters is used.
Range of application: 1, the pre-Anti-myopic eye of child and teenager occurs and controls myopia degree to increase; 2, visual deterioration, asthenopia and diplopia due to the imbalance of eyes adjusting consolidation function; 3, teenager accommodative myopia; 4, presbyopia due to adjusting power goes down; 5, recessive stravismus, intermittent strabismus; 6, amblyopia supplemental training; 7, control lag myopia; 8, eyes are regulated and the consolidation function inspection.
Using method: wear this glasses, watch 5 meters or watch the object of 40 centimeters attentively attentively by eyeglass first half Optical Region, fixation time 30 seconds～60 seconds, thereafter watch the object of 40 centimeters attentively by eyeglass Lower Half Optical Region rapidly, fixation time 30 seconds～60 seconds, alternate turns is watched attentively, 3 minutes～5 minutes time, reaches eyes and regulates set exercise effect.Thereafter, mark bar fixation movement is watched at eyes upper and lower, interior and outer places to eyeglass attentively, and each watched mark bar fixation time attentively 30 seconds～60 seconds, fixation movement successively, 3 minutes～5 minutes time, exercise extraocular muscles.Do eyes adjusting set and extraocular muscles exercise every day 2～3 times.
Claims (10)
1. regulate set extraocular muscles exercise glasses for one kind, by picture frame (1), mirror lower limb (2), eyeglass (3) forms, its technical characterictic is: eyeglass (3) is provided with first half Optical Region (4) and Lower Half Optical Region (5), first half Optical Region (4) is positioned at eyeglass (3) upper portion, be prepared as+1.00DS～+ 4.00DS convex lens sheet (6), Lower Half Optical Region (5) is positioned at eyeglass (3) lower portion, be prepared as-1.00DS～-compound 1 Δ of 12.00DS concace mirror lens (8)～10 Δ substrates are to temporo side prismatic glasses (9), 12 of the peripheral position of eyeglass (3), 3, 6, be prepared as four 9 o'clock and watch mark bar (10) attentively.
2. by a kind of adjusting set extraocular muscles exercise glasses claimed in claim 1, its technical characterictic is: described eyeglass (3) first half Optical Region (4) is prepared as+2.00DS～+ 3.00DS convex lens sheet (6), Lower Half Optical Region (5) is prepared as-2.00DS～-the compound 6 Δ substrates of 9.00DS concace mirror lens (8) are to temporo side prismatic glasses (9).
3. by a kind of adjusting set extraocular muscles exercise glasses claimed in claim 1, its technical characterictic is: described eyeglass (3) first half Optical Region (4) is prepared as+3.00DS convex lens sheet (6), and Lower Half Optical Region (5) is prepared as-3.00DS～-the compound 6 Δ substrates of 6.00DS concace mirror lens (8) are to temporo side prismatic glasses (9).
4. regulate set extraocular muscles exercise glasses for one kind, by picture frame (1), mirror lower limb (2), eyeglass (3) forms, its technical characterictic is: eyeglass (3) is provided with first half Optical Region (4) and Lower Half Optical Region (5), first half Optical Region (4) is positioned at eyeglass (3) upper portion, be prepared as+1.00DS～+ compound 1 Δ of 4.00DS convex lens sheet (6)～10 Δ substrates are to nasal side prismatic glasses (7), Lower Half Optical Region (5) is positioned at eyeglass (3) lower portion, be prepared as-1.00DS～-compound 1 Δ of 12.00DS concace mirror lens (8)～10 Δ substrates are to temporo side prismatic glasses (9), 12 of the peripheral position of eyeglass (3), 3, 6, be prepared as four 9 o'clock and watch mark bar (10) attentively.
5. by a kind of adjusting set extraocular muscles exercise glasses claimed in claim 4, its technical characterictic is: described eyeglass (3) first half Optical Region (4) is prepared as+2.00DS～+ the compound 6 Δ substrates of 3.00DS convex lens sheet (6) are to nasal side prismatic glasses (7), and Lower Half Optical Region (5) is prepared as-2.00DS～-the compound 6 Δ substrates of 9.00DS concace mirror lens (8) are to temporo side prismatic glasses (9).
6. by a kind of adjusting set extraocular muscles exercise glasses claimed in claim 4, its technical characterictic is: described eyeglass (3) first half Optical Region (4) is prepared as+the compound 6 Δ substrates of 3.00DS convex lens sheet (6) are to nasal side prismatic glasses (7), and Lower Half Optical Region (5) is prepared as-3.00DS～-the compound 6 Δ substrates of 6.00DS concace mirror lens (8) are to temporo side prismatic glasses (9).
7. by claim 1 and 4 described a kind of adjusting set extraocular muscles exercise glasses, its technical characterictic is: described eyeglass (3) is integral type, first half Optical Region (4) and Lower Half Optical Region (5) are a complete eyeglass, perhaps eyeglass (3) is Split type, is prepared from by a first half Optical Region (4) and a Lower Half Optical Region (5) combination.
8. by claim 1 and 4 described a kind of adjusting set extraocular muscles exercise glasses, its technical characterictic is: described eyeglass (3) Lower Half Optical Region (5) is one linear, semicircle, circular.
9. by claim 1 and 4 described a kind of adjusting set extraocular muscles exercise glasses, its technical characterictic is: described eyeglass (3) first half Optical Region (4) interpupillary distance is greater than Lower Half Optical Region (5) interpupillary distance 2mm～4mm, the optical center of the optical center of first half Optical Region (4) and Lower Half Optical Region (5) is at a distance of 10mm～20mm, the lower edge of first half Optical Region (4) and Lower Half Optical Region (5) optical center distance 5mm～15mm.
10. by claim 1 and 4 described a kind of adjusting set extraocular muscles exercise glasses, its technical characterictic is: described eyeglass (3) is watched mark bar (10) attentively, be to grind to form the canescence opacity with grinder at lens surface, perhaps form long 2mm～4mm, the coloured striped of wide 2mm～4mm with ink jet printing.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 201220650979 CN202982570U (en) | 2012-11-21 | 2012-11-21 | Exercising glasses for regulating convergence extraocular muscle |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 201220650979 CN202982570U (en) | 2012-11-21 | 2012-11-21 | Exercising glasses for regulating convergence extraocular muscle |
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| Publication Number | Publication Date |
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| CN202982570U true CN202982570U (en) | 2013-06-12 |
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| Application Number | Title | Priority Date | Filing Date |
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| CN 201220650979 Expired - Fee Related CN202982570U (en) | 2012-11-21 | 2012-11-21 | Exercising glasses for regulating convergence extraocular muscle |
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| CN (1) | CN202982570U (en) |
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106214438A (en) * | 2016-06-28 | 2016-12-14 | 段亚东 | A kind of rectification and training Dual-purpose glasses |
| CN107831600A (en) * | 2017-12-04 | 2018-03-23 | 镇江市谷戈视光学眼镜有限公司 | A kind of teenager's eyesight correction device |
| CN109839759A (en) * | 2017-11-24 | 2019-06-04 | 裘加森 | A kind of multi-functional low visual acuity rehabilitation set mirror |
-
2012
- 2012-11-21 CN CN 201220650979 patent/CN202982570U/en not_active Expired - Fee Related
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106214438A (en) * | 2016-06-28 | 2016-12-14 | 段亚东 | A kind of rectification and training Dual-purpose glasses |
| CN109839759A (en) * | 2017-11-24 | 2019-06-04 | 裘加森 | A kind of multi-functional low visual acuity rehabilitation set mirror |
| CN107831600A (en) * | 2017-12-04 | 2018-03-23 | 镇江市谷戈视光学眼镜有限公司 | A kind of teenager's eyesight correction device |
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| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20130612 Termination date: 20211121 |
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| CF01 | Termination of patent right due to non-payment of annual fee |