CN201666983U - Presbyopia package hygienical spectacles - Google Patents
Presbyopia package hygienical spectacles Download PDFInfo
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- CN201666983U CN201666983U CN2010201108754U CN201020110875U CN201666983U CN 201666983 U CN201666983 U CN 201666983U CN 2010201108754 U CN2010201108754 U CN 2010201108754U CN 201020110875 U CN201020110875 U CN 201020110875U CN 201666983 U CN201666983 U CN 201666983U
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Abstract
The utility model discloses presbyopia package hygienical spectacles which belong to the technical field of hygienical spectacles and solve the technical difficulty of single function of the current presbyopia spectacles. The presbyopia package hygienical spectacles consists of two layers of spectacle frames and two layers of spectacle glasses; a main spectacle is provided with a plano lens or is not provided with a lens; additional spectacles are provided with additional spectacle glasses, and relate to single-spot additional spectacles, double-spot additional spectacles, double-spot composite prism additional spectacles, progressive multi-spot additional spectacles, progressive multi-spot composite prism additional spectacles, extraocular muscle exercising additional spectacles, ciliaris exercising additional spectacles, and polarizing additional spectacles. A wearer can dismount the additional spectacles from the main spectacle, mount or replace the additional spectacles according to different hygienical purposes.
Description
Technical field
The utility model relates to the presbyopia glasses, more particularly, provide a kind of presbyopia double-deck suit glasses, the wearer changes single focus additional mirror, bifocus additional mirror, the compound prism additional mirror of bifocus, progressive additional additional mirror, the compound prism additional mirror of progressive additional, extraocular muscle exercise additional mirror, ciliary muscle exercise additional mirror, polarisation additional mirror as required at any time.
Background technology
Presbyopia is because the ciliary muscle muscular strength goes down, regulatory function descends, and makes crystalline lens can not become protruding, moves behind the near point.Presbyopia is normally worn convex lens Compensation Regulation power, makes it the near point reach, improves near vision.Do not see in the prior art and use extraocular muscle exercise, ciliary muscle exercise method control presbyopia, do not see the presbyopia suit glasses of multi-function health-care yet.
The utility model content
The utility model purpose provides the presbyopia suit glasses of a kind of presbyopia rectification, prism effect, extraocular muscle exercise, ciliary muscle exercise and polariscope function.
The utility model purpose is achieved by following technical proposals.
Presbyopia suit glasses is made up of primary mirror and additional mirror, primary mirror is made up of primary frame, mirror leg, primary mirror sheet, additional mirror is made up of additional picture frame, additional eyeglass, its technical characterictic is: presbyopia suit glasses is made up of 1 primary mirror and 8 additional mirrors, primary mirror is installed plano lens, eyeglass perhaps is not installed, eyeglass preferably is not installed, additional mirror is installed additional eyeglass.Additional mirror is single focus additional mirror, bifocus additional mirror, the compound prism additional mirror of bifocus, progressive additional additional mirror, the compound prism additional mirror of progressive additional, extraocular muscle exercise additional mirror, ciliary muscle exercise additional mirror, polarisation additional mirror.Additional mirror can be pulled down, install or change on primary mirror.This presbyopia suit glasses is made up of 8 wherein any 1 additional mirrors of additional mirror at least.Single focus additional mirror is a convex lens sheet.It is concace mirror lens or plano lens that the eyeglass first half of bifocus additional mirror is looked the far field, and eyeglass Lower Half near reading range is concace mirror lens or convex lens sheet.It is concace mirror lens or plano lens that the eyeglass first half of the compound prism additional mirror of bifocus is looked the far field, and eyeglass Lower Half near reading range is concace mirror lens or convex lens sheet, the inside prismatic glasses of eyeglass Lower Half near reading range composite substrate.It is concace mirror lens or plano lens that the eyeglass first half of progressive additional additional mirror is looked the far field, and eyeglass Lower Half near reading range is concace mirror lens or convex lens sheet, and the eyeglass first half is looked far field to the eyeglass Lower Half near reading range refractive diopter that successively decreases gradually.It is concace mirror lens or plano lens that the eyeglass first half of the compound prism additional mirror of progressive additional is looked the far field, eyeglass Lower Half near reading range is concace mirror lens or convex lens sheet, the eyeglass first half is looked far field to the eyeglass Lower Half near reading range refractive diopter that successively decreases gradually, the inside prismatic glasses of eyeglass Lower Half near reading range composite substrate.The eyeglass of extraocular muscle exercise additional mirror is the crack field of regard of light tight district of lighttight eyeglass and printing opacity.It is convex lens sheet that the eyeglass first half of ciliary muscle exercise additional mirror is looked the far field, and eyeglass Lower Half near reading range is a concace mirror lens.The polarisation additional mirror is formed by the polarized lenses or the Sunglasses lenses sun clips of shielding of ultraviolet.
The utility model beneficial effect compared with prior art is:
1, creates a kind of presbyopia suit glasses.
2, this presbyopia suit glasses has the eye health function of presbyopia rectification, prism effect, extraocular muscle exercise, ciliary muscle exercise.
Description of drawings
Fig. 1 is that extraocular muscle exercise additional mirror is stuck in the structural representation on the primary mirror.
Fig. 2 is the primary mirror structural representation of plano lens.
Fig. 3 is single focus additional mirror structural representation.
Fig. 4 is a bifocus additional mirror structural representation.
Fig. 5 is the structural representation of the compound prism additional mirror of bifocus.
Fig. 6 is a progressive additional additional mirror structural representation.
Fig. 7 is the compound prism additional mirror of a progressive additional structural representation.
Fig. 8 is an extraocular muscle exercise additional mirror structural representation.
Fig. 9 is a ciliary muscle exercise additional mirror structural representation.
Figure 10 is a polarisation additional mirror structural representation.
Among the figure: 1 primary frame; 2 mirror legs; 3 additional picture frames; 4 plano lenses; 5 concace mirror lens; 6 convex lens sheets; 7 prismatic glasseses; The light tight district of 8 eyeglasses; 9 crack field of regard; 10 polarized lenses.
Embodiment
Below in conjunction with accompanying drawing the utility model is described in further detail.
Selection card ring type double-layer spectacle frames, perhaps select magnet absorption type double-layer spectacle frames, perhaps the blade inserting double-layer spectacle frames is as the mirror holder of presbyopia suit glasses.Selection is shaped on the main glasses holder of primary frame (1) and mirror leg (2), the primary mirror sheet is plano lens (4), plano lens (4) is made by the optical glass or the resin glasses sheet material of no refractive diopter, the primary mirror sheet is installed on the primary frame (1), form primary mirror (as Fig. 2), perhaps primary mirror is not installed eyeglass, and eyeglass preferably is not installed.The additional picture frame (3) that selection matches with primary frame (1) will add eyeglass and be installed on the additional picture frame (3), form additional mirror.8 kinds of additional mirrors are installed the additional eyeglass of 8 kinds of different styles respectively, will add eyeglass and be installed on the additional picture frame (3), form different style additional mirrors.
Be the concrete manufacturing technology of additional eyeglass of 8 kinds of additional mirrors below.
The additional eyeglass of single focus adopts optical glass or resin glasses sheet material to make, and eyeglass be+and 0.50DS is to+6.00DS convex lens sheet (6), single focus added eyeglass be installed on the additional picture frame (3), forms single focus additional mirror (as Fig. 3).
Additional eyeglass of bifocus and the additional eyeglass of the compound prism of bifocus adopt optical glass or resin glasses sheet material, make through gummed method, fusion process, a collimation method or the separation method prior art of ultex.
It is concace mirror lens (5) or plano lens (4) that the eyeglass first half of the additional eyeglass of bifocus is looked the far field, and eyeglass Lower Half near reading range is concace mirror lens (5) or convex lens sheet (6).When the eyeglass first half is looked the far field and is concace mirror lens (5), the eyeglass first half look the far field refractive diopter for-0.50DS to-15.00DS, eyeglass Lower Half near reading range refractive diopter is-0.50DS is to-10.00DS, perhaps eyeglass Lower Half near reading range be+0.50DS extremely+6.00DS convex lens sheet (6); When the eyeglass first half was looked the far field and is plano lens (4), eyeglass Lower Half near reading range was+0.50DS is to+6.00DS convex lens sheet (6).The additional eyeglass of bifocus is installed on the additional picture frame (3), forms the additional additional mirror (as Fig. 4) of bifocus.
It is concace mirror lens (5) or plano lens (4) that the eyeglass first half of the additional eyeglass of the compound prism of bifocus is looked the far field, eyeglass Lower Half near reading range is concace mirror lens (5) or convex lens sheet (6), the prismatic glasses (7) that eyeglass Lower Half near reading range composite substrate is inside, the prism number of degrees are Δ 6～Δ 30.When the eyeglass first half is looked the far field and is concace mirror lens (5), the eyeglass first half look the far field refractive diopter for-0.50DS to-15.00DS, eyeglass Lower Half near reading range refractive diopter is-0.50DS is to-10.00DS, perhaps eyeglass Lower Half near reading range be+0.50DS extremely+6.00DS convex lens sheet (6); When the eyeglass first half was looked the far field and is plano lens (4), eyeglass Lower Half near reading range was+0.50DS is to+6.00DS convex lens sheet (6).The additional eyeglass of the compound prism of bifocus is installed on the additional picture frame (3), forms the additional additional mirror (as Fig. 5) of the compound prism of bifocus.
It is concace mirror lens (5) or plano lens (4) that the eyeglass first half of the additional eyeglass of progressive additional is looked the far field, eyeglass Lower Half near reading range is concace mirror lens (5) or convex lens sheet (6), the eyeglass first half is looked far field to the Lower Half near reading range refractive diopter that successively decreases gradually, and refractive diopter reduces gradually-and 0.50DS is to-4.00DS.When the eyeglass first half is looked the far field and is concace mirror lens (5), the eyeglass first half look the far field refractive diopter for-0.50DS to-15.00DS, eyeglass Lower Half near reading range refractive diopter is-0.50DS is to-10.00DS, perhaps eyeglass Lower Half near reading range be+0.50DS extremely+6.00DS convex lens sheet (6); When the eyeglass first half was looked the far field and is plano lens (4), eyeglass Lower Half near reading range was+0.50DS is to+6.00DS convex lens sheet (6).The additional eyeglass of progressive additional is installed on the additional picture frame (3), forms progressive additional additional mirror (as Fig. 6).
It is concace mirror lens (5) or plano lens (4) that the eyeglass first half of the additional eyeglass of the compound prism of progressive additional is looked the far field, eyeglass Lower Half near reading range is concace mirror lens (5) or convex lens sheet (6), the eyeglass first half is looked far field to the Lower Half near reading range refractive diopter that successively decreases gradually, refractive diopter reduces gradually-and 0.50DS is to-4.00DS, the prismatic glasses (7) that eyeglass Lower Half near reading range composite substrate is inside, the prism number of degrees are Δ 6～Δ 30.When the eyeglass first half is looked the far field and is concace mirror lens (5), the eyeglass first half look the far field refractive diopter for-0.50DS to-15.00DS, eyeglass Lower Half near reading range refractive diopter is-0.50DS is to-10.00DS, perhaps eyeglass Lower Half near reading range be+0.50DS extremely+6.00DS convex lens sheet (6); When the eyeglass first half was looked the far field and is plano lens (4), eyeglass Lower Half near reading range was+0.50DS is to+6.00DS convex lens sheet (6).The additional eyeglass of the compound prism of progressive additional is installed on the additional picture frame (3), forms the additional additional mirror (as Fig. 7) of the compound prism of progressive additional.
The additional eyeglass of extraocular muscle exercise is painted opaque eyeglass, is divided into the crack field of regard (9) of light tight district of lighttight eyeglass (8) and printing opacity.The central authorities, upside, downside, nasal side and the temporo side that are positioned at eyeglass respectively are shaped on a wide 0.5mm～3.0mm of being, length is the crack field of regard (9) of 3mm～10mm, and perhaps crack field of regard (9) is made diameter 0.5mm～2.5mm circle, taper, phenyl ring shape, pentagon photic zone.Central authorities' crack field of regard (9) are positioned on eyeglass central authorities o'clock at 9 o'clock to 3 level orientation, and upside, downside, nasal side and temporo side crack field of regard (9) lay respectively on 12 o'clock of lens periphery, 6 o'clock, 9 o'clock and the 3 o'clock orientation.Crack field of regard (9) position of right and left eyes equates.The additional eyeglass of extraocular muscle exercise is installed on the additional picture frame (3), forms extraocular muscle exercise additional mirror (as Fig. 8).The extraocular muscle additional mirror of exercising is stuck on the primary frame (1), forms the primary mirror (as Fig. 1) that extraocular muscle exercise additional mirror is housed.
The additional eyeglass of ciliary muscle exercise is made by ultex, the eyeglass first half look the far field for+1.00DS to+5.00DS convex lens sheet (6), eyeglass Lower Half near reading range is-1.00DS is to-5.00DS concace mirror lens (5), the preferred eyeglass first half is looked the far field, eyeglass Lower Half near reading range is-3.00DS concace mirror lens (5) that eyeglass is integral type, division formula ultex, multifocal lens.The additional eyeglass of ciliary muscle exercise is installed on the additional picture frame (3), forms ciliary muscle exercise additional mirror (as Fig. 9).
The additional eyeglass of polarisation is formed by the polarized lenses (10) or the Sunglasses lenses sun clips of shielding of ultraviolet.The additional eyeglass of polarisation is installed on the additional picture frame (3), forms polarisation additional mirror (as Figure 10).
The utility model utilizes the additional mirror of Two-layer spectacle to pull down, to install or to change advantage on primary mirror, according to presbyopia health care purpose difference, changes various additional mirrors, and is safe and effective, easy to utilize, is the glasses of desirable presbyopia.The health care and the using method of various additional mirrors are as follows:
Single focus additional mirror has the presbyopia correcting function.Indication: be used for simple presbyopia, close eye is worn.Using method: single focus additional mirror is stuck on the primary mirror, looks nearly raising near vision.
The bifocus additional mirror has looks far and looks nearly function simultaneously.Indication: be used for myopia and merge presbyopia.Using method: the bifocus additional mirror is stuck on the primary mirror, looks far, look nearly raising near vision by the eyeglass Lower Half by the eyeglass first half.
The compound prism additional mirror of bifocus has looks far and looks nearly function simultaneously, prism can undercompensation converge like the spokes of a wheel at the hub function, what solution was looked the muscular asthenopia that occurs when transferring whole fusion power when near and merged that failure causes can not near work, guarantees to look near binocular single vision function.Indication: be used for myopia and merge presbyopia.Using method: the compound prism additional mirror of bifocus is stuck on the primary mirror, looks far, look nearly raising near vision by the eyeglass Lower Half by the eyeglass first half.
The progressive additional additional mirror has looks far and looks nearly function simultaneously.Indication: be used for myopia and merge presbyopia.Using method: the progressive additional additional mirror is stuck on the primary mirror, looks far, look nearly raising near vision by the eyeglass Lower Half by the eyeglass first half.
The compound prism additional mirror of progressive additional has looks far and looks near, prism function simultaneously.Indication: be used for myopia and merge presbyopia.Using method: the compound prism additional mirror of progressive additional is stuck on the primary mirror, looks far, look nearly raising near vision by the eyeglass Lower Half by the eyeglass first half.
The central crack field of regard of extraocular muscle exercise additional mirror has the crack and increases visual function, watches attentively by upside, downside, nasal side and the temporo side crack field of regard of eyeglass, and the guiding EOM is eliminated the extraocular muscle anxiety, improved eyeball blood circulation function.Indication: be used for presbyopia.Using method: the extraocular muscle additional mirror of exercising is stuck on the primary mirror, firmly close eyes, thereafter open eyes rapidly, look far by central crack field of regard, watch attentively by upside, downside, nasal side and temporo side crack field of regard successively again, be eyeball to upside, downside, left side and right side fixation movement, each crack field of regard fixation time 30 seconds～60 seconds, 5 minutes～10 minutes T.T..
The far field convex lens sheet of looking of ciliary muscle exercise additional mirror makes ciliary muscle more lax, the near reading range concace mirror lens of eyeglass makes ciliary muscle nervous more, moment alternately looks the far field by eyeglass and looks far and look closely by the eyeglass near reading range, make ciliary muscle relaxation-anxiety, crystalline lens is flat-become protruding, and that recovers ciliary muscle perfects function and lenticular plasticity.Indication: be used for presbyopia.Using method: the ciliary muscle additional mirror of exercising is stuck on the primary mirror, look the far field by the first half of eyeglass and watch 5 meters objects in addition attentively, fixation time 30 seconds～60 seconds, thereafter watch 33 centimeters objects attentively by the Lower Half near reading range of eyeglass rapidly, fixation time 30 seconds～60 seconds, alternately look far away and look near, 5 minutes～10 minutes time.
But the additional eyeglass shielding of ultraviolet of polarisation damages eyes.Indication: be used for the presbyopia outdoor activities.Using method: wear these glasses during outdoor activities, reduce ultraviolet ray eyes are damaged.
Claims (10)
1. a presbyopia suit glasses is made up of primary mirror and additional mirror, primary mirror is made up of primary frame (1), mirror leg (2), primary mirror sheet, additional mirror is made up of additional picture frame (3), additional eyeglass, its technical characterictic is: primary mirror is installed plano lens (4), eyeglass perhaps is not installed, additional mirror is installed additional eyeglass, and additional mirror can be pulled down, install or change on primary mirror.
2. by the described a kind of presbyopia suit glasses of claim 1, its technical characterictic is: described additional mirror is made up of 8 wherein any 1 additional mirrors of additional mirror at least.
3. by the described a kind of presbyopia suit glasses of claim 1, its technical characterictic is: described additional mirror is single focus additional mirror, and single focus additional mirror is convex lens sheet (6), refractive diopter be+0.50DS extremely+6.00DS.
4. by the described a kind of presbyopia suit glasses of claim 1, its technical characterictic is: described additional mirror is the bifocus additional mirror, it is concace mirror lens (5) or plano lens (4) that the eyeglass first half of bifocus additional mirror is looked the far field, eyeglass Lower Half near reading range is concace mirror lens (5) or convex lens sheet (6), when the eyeglass first half is looked the far field and is concace mirror lens (5), the eyeglass first half look the far field refractive diopter for-0.50DS to-15.00DS, eyeglass Lower Half near reading range refractive diopter is-0.50DS is to-10.00DS, perhaps eyeglass Lower Half near reading range be+0.50DS extremely+6.00DS convex lens sheet (6); When the eyeglass first half was looked the far field and is plano lens (4), eyeglass Lower Half near reading range was+0.50DS is to+6.00DS convex lens sheet (6).
5. by the described a kind of presbyopia suit glasses of claim 1, its technical characterictic is: described additional mirror is the compound prism additional mirror of bifocus, it is concace mirror lens (5) or plano lens (4) that the eyeglass first half of the compound prism additional mirror of bifocus is looked the far field, eyeglass Lower Half near reading range is concace mirror lens (5) or convex lens sheet (6), the inside prismatic glasses of eyeglass Lower Half near reading range composite substrate (7), the prism number of degrees are Δ 6～Δ 30, when the eyeglass first half is looked the far field and is concace mirror lens (5), the eyeglass first half look the far field refractive diopter for-0.50DS to-15.00DS, eyeglass Lower Half near reading range refractive diopter is-0.50DS is to-10.00DS, perhaps eyeglass Lower Half near reading range be+0.50DS extremely+6.00DS convex lens sheet (6); When the eyeglass first half was looked the far field and is plano lens (4), eyeglass Lower Half near reading range was+0.50DS is to+6.00DS convex lens sheet (6).
6. by the described a kind of presbyopia suit glasses of claim 1, its technical characterictic is: described additional mirror is the progressive additional additional mirror, it is concace mirror lens (5) or plano lens (4) that the eyeglass first half of progressive additional additional mirror is looked the far field, eyeglass Lower Half near reading range is concace mirror lens (5) or convex lens sheet (6), the eyeglass first half is looked far field to the eyeglass Lower Half near reading range refractive diopter that successively decreases gradually, refractive diopter reduces gradually-and 0.50DS is to-4.00DS, when the eyeglass first half is looked the far field and is concace mirror lens (5), the eyeglass first half look the far field refractive diopter for-0.50DS to-15.00DS, eyeglass Lower Half near reading range refractive diopter is-0.50DS is to-10.00DS, perhaps eyeglass Lower Half near reading range be+0.50DS extremely+6.00DS convex lens sheet (6); When the eyeglass first half was looked the far field and is plano lens (4), eyeglass Lower Half near reading range was+0.50DS is to+6.00DS convex lens sheet (6).
7. by the described a kind of presbyopia suit glasses of claim 1, its technical characterictic is: described additional mirror is the compound prism additional mirror of progressive additional, it is concace mirror lens (5) or plano lens (4) that the eyeglass first half of the compound prism additional mirror of progressive additional is looked the far field, eyeglass Lower Half near reading range is concace mirror lens (5) or convex lens sheet (6), the eyeglass first half is looked far field to the eyeglass Lower Half near reading range refractive diopter that successively decreases gradually, refractive diopter reduces gradually-and 0.50DS is to-4.00DS, the prismatic glasses (7) that eyeglass Lower Half near reading range composite substrate is inside, the prism number of degrees are Δ 6～Δ 30, when the eyeglass first half is looked the far field and is concace mirror lens (5), the eyeglass first half look the far field refractive diopter for-0.50DS to-15.00DS, eyeglass Lower Half near reading range refractive diopter is-0.50DS is to-10.00DS, perhaps eyeglass Lower Half near reading range be+0.50DS extremely+6.00DS convex lens sheet (6); When the eyeglass first half was looked the far field and is plano lens (4), eyeglass Lower Half near reading range was+0.50DS is to+6.00DS convex lens sheet (6).
8. by the described a kind of presbyopia suit glasses of claim 1, its technical characterictic is: described additional mirror is an extraocular muscle exercise additional mirror, the eyeglass of extraocular muscle exercise additional mirror is the crack field of regard (9) of light tight district of lighttight eyeglass (8) and printing opacity, be positioned at the central authorities of eyeglass, upside, downside, nasal side and temporo side respectively are shaped on a wide 0.5mm～3.0mm of being, length is the crack field of regard (9) of 3mm～10mm, perhaps crack field of regard (9) is made diameter 0.5mm～2.5mm circle, taper, phenyl ring shape, the pentagon photic zone, central authorities' crack field of regard (9) are positioned on eyeglass central authorities o'clock at 9 o'clock to 3 level orientation, upside, downside, nasal side and temporo side crack field of regard (9) lay respectively at 12 o'clock of lens periphery, 6 o'clock, on 9 o'clock and the 3 o'clock orientation, crack field of regard (9) position of right and left eyes equates.
9. by the described a kind of presbyopia suit glasses of claim 1, its technical characterictic is: described additional mirror is a ciliary muscle exercise additional mirror, it is convex lens sheet (6) that the eyeglass first half of ciliary muscle exercise additional mirror is looked the far field, eyeglass Lower Half near reading range is concace mirror lens (5), the eyeglass first half look the far field for+1.00DS to+5.00DS convex lens sheet (6), eyeglass Lower Half near reading range is-1.00DS is to-5.00DS concace mirror lens (5), the preferred eyeglass first half is looked the far field, eyeglass Lower Half near reading range is-3.00DS concace mirror lens (5) that eyeglass is an integral type, division formula ultex, multifocal lens.
10. by the described a kind of presbyopia suit glasses of claim 1, its technical characterictic is: described additional mirror is the polarisation additional mirror, and the eyeglass of polarisation additional mirror is formed by polarized lenses (10) or Sunglasses lenses sun clips.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2010201108754U CN201666983U (en) | 2010-02-10 | 2010-02-10 | Presbyopia package hygienical spectacles |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2010201108754U CN201666983U (en) | 2010-02-10 | 2010-02-10 | Presbyopia package hygienical spectacles |
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| Publication Number | Publication Date |
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| CN201666983U true CN201666983U (en) | 2010-12-08 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN2010201108754U Expired - Fee Related CN201666983U (en) | 2010-02-10 | 2010-02-10 | Presbyopia package hygienical spectacles |
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| CN (1) | CN201666983U (en) |
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104898299A (en) * | 2014-03-05 | 2015-09-09 | 张文会 | Loose glasses |
| CN108398809A (en) * | 2018-02-02 | 2018-08-14 | 南昌大学 | The device and its application method of myopia are prevented by tempering noctovision |
| WO2022027732A1 (en) * | 2020-08-02 | 2022-02-10 | 广州御宝堂健康科技有限公司 | Light wave eye protection device for youths |
-
2010
- 2010-02-10 CN CN2010201108754U patent/CN201666983U/en not_active Expired - Fee Related
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104898299A (en) * | 2014-03-05 | 2015-09-09 | 张文会 | Loose glasses |
| WO2015131658A1 (en) * | 2014-03-05 | 2015-09-11 | 张文会 | Loose glasses |
| CN108398809A (en) * | 2018-02-02 | 2018-08-14 | 南昌大学 | The device and its application method of myopia are prevented by tempering noctovision |
| WO2022027732A1 (en) * | 2020-08-02 | 2022-02-10 | 广州御宝堂健康科技有限公司 | Light wave eye protection device for youths |
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| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| C17 | Cessation of patent right | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20101208 Termination date: 20130210 |