CN104765161A - Miniature lens - Google Patents

Miniature lens Download PDF

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Publication number
CN104765161A
CN104765161A CN201510184737.8A CN201510184737A CN104765161A CN 104765161 A CN104765161 A CN 104765161A CN 201510184737 A CN201510184737 A CN 201510184737A CN 104765161 A CN104765161 A CN 104765161A
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lens
area
mini
eye
glasses
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CN201510184737.8A
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CN104765161B (en
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黄舸
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黄舸
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    • GPHYSICS
    • G02OPTICS
    • G02CSPECTACLES; SUNGLASSES OR GOGGLES INSOFAR AS THEY HAVE THE SAME FEATURES AS SPECTACLES; CONTACT LENSES
    • G02C7/00Optical parts
    • G02C7/02Lenses; Lens systems ; Methods of designing lenses
    • G02C7/024Methods of designing ophthalmic lenses

Abstract

The invention discloses a miniature lens. The maximum area of the lens corresponds to two thirds of a view field of a retina of a human eye, and the minimum area of the lens corresponds to a macular area in the center of the human eye. The lens carries out diopter correction, enough correction or over-correction on a central area, especially the macular area, of the view field of the human eye, and the rest of the view field can be designed into a 0-degree lens or a part (remove the part of lens) as a bearing area. Because the area of the lens is less than that of a traditional lens, namely, the lens can be prepared into an extremely thin and light lens with various small errors, and has a small stimulation to the eye and a small pressure to the face, therefore, the lens has comfortable and health-care effects. The bearing area outside the lens can be designed in different forms so as to achieve a significant decorative effect. Because the lens eliminates the out-of-focus artificial stimulation produced by the peripheral area of a traditional lens to the peripheral visual field of an eye, a wearer wearing the lens feels comfortable, and the diopter of the eye can be improved or controlled. The lens and various glasses manufactured by using the lens are applicable to all persons wearing glasses.

Description

一种迷你镜片 One kind of mini-lens

技术领域 FIELD

[0001] 本发明涉及一种镜片,特别涉及一种用于眼睛矫正屈光不正的迷你镜片。 [0001] The present invention relates to a lens, and particularly relates to a mini lens for correcting refractive errors of the eye.

背景技术 Background technique

[0002] 目前面对屈光不正如近视、远视、散光等眼睛问题,对应的矫正镜片是近视镜片、远视镜片、散光镜片、渐变多焦镜片、非球面镜片、控制离焦和眼屈光度的镜片或合并的近视、远视、散光的镜片,镜片直径有60mm、65mm、70mm等,制作成的眼镜的镜片直径(或横宽)一般都在45mm以上。 [0002] It is not just the face of the refractive myopia, hyperopia, astigmatism and other eye problems, myopia corrective lenses corresponding to lenses, lens hyperopia, astigmatism lenses, gradient multifocal lenses, aspherical lens, defocus and controlling refractive error of the lens the combined or myopia, hyperopia, astigmatism of the lens, the lens diameter of 60mm, 65mm, 70mm, etc., made into a spectacle lens diameter (or lateral) are generally more than 45mm. 整个镜片覆盖人眼的视野既包含了中心视野区,也包含了绝大多数的周边视野区,镜片面积大而厚重,在戴眼镜的过程中,普遍存在眼镜架在脸上沉重,把脸、鼻子压出印和损伤。 Covering the entire lens of the human eye's field of view contains both the central visual field area also contains most of the peripheral vision area of ​​the lens area is large and heavy, in the process of glasses, the prevalence of heavy frames the face, face, nose pressed out of print and injuries.

[0003]目前普遍存在戴眼镜眼睛疲劳、干涩,对于广大青少年还普遍存在屈光度不可控制,近视眼年年增长度数,发展速度很快,远视眼也难很好的正视化,尽快成正视眼。 [0003] The prevailing wear glasses eyestrain, dry eyes, for the majority of young people still widespread uncontrolled diopter, myopia growth year after year degree, the development of fast, hyperopia face of difficult good, as soon as possible to face the eye. 在配制度数时行业规定7岁以上的所有人群一般达到1.0或以下的视力,不能配过充足,更不能过矫正(即多配度数),因此矫正的视力达不到人眼的最佳视力1.5左右。 In formulating the degree of industry stipulates that all people over the age of 7 or below is generally 1.0 vision, not with too abundant, but not overcorrected (ie more with degrees), so the best corrected visual acuity of vision than the human eye 1.5 or so. 因此,矫正视力因受传统思想束缚,从医院到眼镜店配镜都不矫正充足或过矫,误认为这样可免造成屈光度的加深和不良变化,从而配镜并不能达到理想视力。 Therefore, the vision correction due to the shackles of traditional thinking, from the hospital to the optical shop glasses are not sufficient to correct or overcorrection, mistakenly believe that this can cause undesirable changes deepen and free diopters, glasses and thus can not achieve the desired vision. 对于控制青少年屈光度加重问题,专利号:201210196959.8解决了视网膜周边不良离焦,从而解决控制近视发展和远视的不能正视化问题有一定的进步,但其应用的镜片面积大、厚重问题以及对视网膜周边区的离焦作用带来的感觉不够十分舒适的问题,佩戴的矫正视力达不到最佳的问题,以及配制眼镜的美观问题都存在一些不足。 For control teenagers diopter aggravate the problem, patent number: 201210196959.8 solve the bad peripheral retinal defocus, so as to solve control the development of myopia and can not address the problem of hyperopia have some progress, but the application of the lens area, heavy issues, and peripheral retinal Jiaozuo away with the feeling of not enough to bring the area is a question of comfort, wearing corrected visual acuity less than optimal problems, as well as aesthetic issues of preparation of glasses, there are some shortcomings.

发明内容 SUMMARY

[0004] 针对目前眼镜片厚重、佩戴舒适性和美观性不足的问题,本发明提供了一种轻巧、舒适、保健的迷你镜片。 [0004] For the current heavy eyeglasses, wearing comfort and lack of aesthetics, the present invention provides a lightweight, comfortable, health mini-lens.

[0005] 本发明的迷你镜片,比以往镜片小许多(相当于以往镜片的中心区大小),其最大面积S大对应人眼视网膜视野的2/3,镜片最小面积S+对应人眼中心黄斑区。 [0005] Mini-lenses of the invention, a number of lenses smaller than that in the past (corresponding to the size of a conventional central region of the lens), the area S of the maximum field of view corresponding to the human retina 2/3, the minimum area of ​​the lens corresponding to the human eye center S + macula .

[0006] 本发明镜片的配镜方法是,配制的矫正度数F满足下列条件: [0006] The method of lens glasses of the present invention is formulated correcting degree F satisfies the following conditions:

[0007] F = F0+ Δ F1+ Δ F2, [0007] F = F0 + Δ F1 + Δ F2,

[0008] 其中,F。 [0008] where, F. 为达到视力1.0及以下的配镜度数,AF1为矫充足时增加的度数,AF2为过矫时增加的度数;AF1和AF2的取值范围为MF1= ±(1〜50)度,AF2= ± (O〜50)度,近视眼取负值,远视眼取正值。 In order to achieve the vision glasses and below 1.0 degrees, AF1 sufficient time to increase the degree of correction, AF2 to increase the degree of overcorrection; ranges AF1 and AF2 is MF1 = ± (1~50) degrees, AF2 = ± (O~50) degrees, a negative value of myopia, hyperopia positive value.

[0009] 本发明中,镜片的大小为2-43mm。 [0009] In the present invention, the size of the lens is 2-43mm. 2_43mm的镜片即可对应人眼视网膜黄斑区及部分周边区。 2_43mm lenses corresponding to the human eye to the macular area and part of the surrounding area. 为了使镜片更具有实用性,框架镜片大小优选为5-35mm,更优选为10-30mm,进一步为15-20mm。 In order to make the lens more practical, the lens frame size is preferably 5-35mm, and more preferably 10-30mm, further from 15-20mm. 隐形镜片大小优选为2_6mm,更优选为2_5mm,进一步为3_4mm。 Preferably contact lenses size 2_6mm, more preferably 2_5mm, further from 3_4mm.

[0010] 本发明的镜片可以为框架式镜片、隐形镜片、贴片式镜片或压贴镜片。 [0010] The lenses of the invention may be a frame-type lenses, contact lenses, or lenses patch is pressed against the lens. 镜片可以采用现有技术中的任何材质,优选为光学玻璃、树脂或硅水凝胶。 Lenses can be employed in any prior art material, preferably optical glass, resin or silicon hydrogel.

[0011] 人眼的视力主要取决于中心视力,对于屈光不正的眼睛,可以对视网膜的中心视力给予矫正,而对视网膜周边区则不必要矫正,这个区域最好保持原来的状态。 [0011] The human eye's vision depends on central vision, for the refractive error of the eye, may be administered to correct central vision of the retina, the retina and the peripheral region is not necessary correction, this region is best to keep the original state. 以往的镜片周边区域给予了各种与中心区域相应的屈光度数,这种周边区域的屈光度数会导致人眼周边视野的视网膜产生离焦。 A conventional lens gives the corresponding peripheral region of refraction of various central region, the peripheral region of refraction that will cause the field of view of the retina of the human eye to produce the peripheral defocus. 依据现代的眼科学研宄实验可知,近视眼佩戴的近视镜片,其周边区导致了眼睛视网膜周边区远视性离焦,会导致近视的发展;远视眼佩戴的远视镜片,镜片的周边区导致了眼睛视网膜周边区近视性离焦,会阻碍远视眼的正视化;这种离焦同时导致了人为的眼睛不舒适。 The basis of modern ophthalmology study based on experiments found that myopia wear myopic lenses, and its surrounding area led to the farsightedness of the retina of the eye surrounding area out of focus, it will lead to the development of myopia; hyperopia wearing hyperopic lenses, the peripheral zone of the lens leads to eye myopic retinal defocus the surrounding area, will hinder the face of hyperopia; this also resulted in a defocus artificial eye discomfort. 因此,在本发明中,对应的镜片周边区域可以设计为O的镜片度或者去掉部分该区域的镜片。 Accordingly, in the present invention, the corresponding peripheral region of the lens of the lens may be designed to remove O or lens portion of the region. 因为镜片消除了传统镜片的周边区对眼睛周边视野尤其是赤道部区产生离焦的人为刺激,所以佩戴会感觉更加舒适,并可改善或控制眼睛的屈光度。 Because the lens eliminates the traditional area surrounding the lens of the eye, especially peripheral vision to produce artificial stimulation of the equator area defocus, it will feel more comfortable to wear, and improved control or refractive eye.

[0012] 本发明用于矫正视力的镜片配镜方法采用矫正充足,甚至过矫的方法。 [0012] The method of the present invention is a lens for vision correction glasses adopt adequate correction process even overcorrection. 这有别于以往的任何矫正方法。 This is different from any previous correction method. 以往的配镜都属于欠矫,即配制为Ftl,因为对于7岁以上的人来说,都未矫正到最佳视力,即1.5左右,而是矫正到1.0及以下。 Previous glasses belong to undercorrection, that is formulated as Ftl, because for more than 7 years of age people, they were not the best corrected visual acuity, that is about 1.5, but corrected to 1.0 and below. 7岁以上的人一般视力都能达到1.5或者2.0,所以传统的配镜都属于欠矫。 More than 7 years of age in general can reach 1.5 or 2.0 vision, so the traditional glasses belong to undercorrection. 本发明要求配镜矫足到F1,甚至过矫一些,过矫到F2。 The present invention requires a sufficient correction glasses to F1, and even some of overcorrection, overcorrection to F2. 矫足可使眼达到最佳的视力,过矫一些,经过眼睛自有的调节功能也可达到最佳的视力。 Jiao enough to make the eye to achieve the best vision, some of overcorrection, through the eyes of its own regulatory function can achieve the best vision. 另外对于弱视眼,则通过眼睛的视网膜中心区尤其是黄斑区充足的矫正或过矫,更能使弱视得到改善。 In addition to amblyopia, through the center of the retina of the eye region in particular, sufficient correction or overcorrection macular, amblyopia can be improved more. 这样的方法配制的结果符合视觉规律(人的视力可以达到1.5左右),也不会有副作用。 This method of preparation results in line with the law of the visual (people's eyesight can reach about 1.5), there will be no side effects. 达到了最佳的视力,眼睛看的最清晰,人的感觉也最舒服,从而达到了保健的目的。 To achieve the best vision, the eyes to see the clearest, most people feel comfortable, so as to achieve the purpose of health care.

[0013] 本发明还保护含有上述迷你眼镜片的眼镜,该眼镜包括迷你镜片和其四周设置的承载区,所述承载区无屈光度。 [0013] The present invention further comprises the above-described mini protective eyewear spectacle lens, comprising the ophthalmic lens and the mini-bearing zone is disposed around it, the bearing area without diopters. 由于本发明的镜片比以往的镜片小了很多,节省的其它区域可以制成不同样式的框架式眼镜的承载区镜片、镜框、镜架,隐形镜片的承载区镜片,贴片式镜片的承载区镜片,以及不同样式的读、写器材形式的承载区镜片。 Since the lenses of the invention is smaller than conventional lenses are many other regions bearing area savings may be made in different styles of glasses frame bearing area of ​​the lens, the frame, the frame, a lens-bearing zone contact lens, the lens SMD lenses, as well as different styles of read and write equipment in the form of a lens-bearing zone. 承载区的形状为任何可以实施的形状,优选为圆形、三角形、菱形或矩形,也可以为其他不规则的形状或图案。 Shaped bearing zone can be implemented in any shape, preferably circular, triangular, diamond shaped or rectangular, or may be of other irregular shape or pattern. 承载区的材质为任何可以实施的材质,优选为透光材料或金属材料。 Carrier material can be any material zone is implemented, preferably a light-transmitting material or a metal material. 对承载区起到的装饰效果显著,可表达个性化、概念化等的内容。 Play area for carrying decorative effect is remarkable, personalized content can be expressed, like conceptualization.

[0014] 无论是框架眼镜的镜片还是隐形的镜片以及任何用于读、写、看的器材上的镜片,都变的小了许多,小即可做的很薄、很轻,光学的各种误差会很小,对眼的刺激和对脸和鼻子的压力作用也小很多,佩戴也会更舒适,具有轻巧、保健、清晰、迷你的效果。 [0014] Whether it is the lens or lenses invisible glasses as well as any for reading, writing, watching lens on the equipment, have become much smaller, little can be done very thin, very light, all kinds of optical error will be small, eye irritation and pressure on the face and nose are also many small, will be more comfortable to wear, lightweight, health, clear, mini effect.

附图说明 BRIEF DESCRIPTION

[0015] 图1是本发明实施例提供的镜片与眼球位置结构示意图; [0015] FIG. 1 is a schematic view of the position of the eye lens and the structural diagram of the embodiment of the present invention;

[0016] 图2是应用本发明镜片的眼镜实例; [0016] FIG. 2 is a spectacle lens of the example of an application of the present invention;

[0017] 图中,1-镜片,11-承载区,2-眼内视网膜视野,3-镜片最大面积对应的视野,4-镜片最小面积S+对应的视野。 [0017] FIG, 1 lens, 11-bearing zone, the retinal field of view within the eye 2-, 3- lens field of view corresponding to the maximum area, the minimum area 4- lens field of view corresponding to the S +.

具体实施方式 Detailed ways

[0018] 下面将结合本发明中的实施例和附图,对本发明实施例中的技术方案进行清楚、完整地描述,显然,所描述的实施例仅仅是本发明一部分实施例,而不是全部的实施例。 [0018] below with reference to examples and figures in the present disclosure, the technical solutions in the embodiments will be apparent to the present invention, completely described, obviously, the described embodiments are merely part of the invention embodiment, but not all Example. 基于本发明中的实施例,本领域普通技术人员在没有做出创造性劳动前提下所获得的所有其他实施例,都属于本发明保护的范围。 Based on the embodiments of the present invention, all other embodiments of ordinary skill in the art without any creative effort shall fall within the scope of the present invention.

[0019] 实施例1 [0019] Example 1

[0020] 学生张某近视,在医院验光配镜单为:右:_300DS = 1.0左:-300DS_100DCX 180=1.0即F0右=-300,AF1右取-0.2®可矫足,达到1.5,Δ F2右取-0.2®过矫后经眼调节后亦达到1.5 ;F0左=-300,AF1左取-0.2®可矫足,达到1.5,Δ F2左取-0.2®过矫后经眼调节后亦达到1.5。 [0020] Zhang student myopia, optometry is a single hospital: Right: _300DS = 1.0 Left: -300DS_100DCX 180 = 1.0 i.e. the right F0 = -300, AF1 and right foot correction can take -0.2® reached 1.5, Δ F2 after taking a right -0.2® 1.5 overcorrection also adjusted after eye; the left F0 = -300, AF1 left foot correction can take -0.2® reached 1.5, Δ F2 left after taking -0.2® also adjusted ocular overcorrection 1.5.

[0021]可确定 F右=F0+AF1+AF2= -3.00DS-0.25DS-0.25DS = -3.50DS ; [0021] F may determine the right F0 + AF1 + AF2 = -3.00DS-0.25DS-0.25DS = -3.50DS =;

[0022] F左=F0+ Δ F1+ Δ F2= -3.00DS-0.25DS-0.25DS = -3.50DS。 [0022] F Left = F0 + Δ F1 + Δ F2 = -3.00DS-0.25DS-0.25DS = -3.50DS.

[0023]定本发明配镜单为:右:-3.50DS = 1.5,左:-3.50DS-1.0ODCX 180 = 1.5,设计镜形可选图2中a款超轻迷你眼镜或b款框架式迷你眼镜,镜片直径取20_。 [0023] Single glasses to limit the present invention: Right: -3.50DS = 1.5, Left: -3.50DS-1.0ODCX 180 = 1.5, optionally shaped in a mirror design of FIG. 2, paragraph b lightweight eyeglasses or mini mini frame section glasses, 20_ taking lens diameter.

[0024] 实施例2 [0024] Example 2

[0025] 成人王某近视,在医院验光配镜单为右:-5.00DS-0.50DCX 160 = 1.0,左:-4.50DS+0.75DCX150 = 1.0,即Ftlfi= -5.00DS,F0^= -4.50DS。 [0025] Wang adult myopia, single hospital optometry is a right: -5.00DS-0.50DCX 160 = 1.0, Left: -4.50DS + 0.75DCX150 = 1.0, i.e. Ftlfi = -5.00DS, F0 ^ = -4.50 DS. AF1 右矫足到2.0为-0.50DS,AF2右过矫后低于2.0 ; AFis矫足到1.5为-0.50DS,AF2左过矫后眼调节后可达2.0 为-0.25DS。 AF1 to the right foot straightening 2.0 -0.50DS, AF2 and right after the overcorrection is less than 2.0; 1.5 AFIS correction is sufficient to -0.50DS, after overcorrection up AF2 left posterior -0.25DS adjusted to 2.0.

[0026]所以取 F右=F0+ Δ F1+ Δ F2= -5.00DS-0.50DS-0 = -5.50DS ; [0026] Therefore, the right to take F = F0 + Δ F1 + Δ F2 = -5.00DS-0.50DS-0 = -5.50DS;

[0027] F左=F0+ Δ F1+ Δ F2= -4.50DS-0.50DS-0.25DS = -5.25DS。 [0027] F Left = F0 + Δ F1 + Δ F2 = -4.50DS-0.50DS-0.25DS = -5.25DS.

[0028]本发明的配镜单为:右:-5.50DS-0.50DCX 160 = 2.0,左:-5.25DS+0.75DCX 150=2.0o镜框可选图2中I款隐形眼镜,镜片直径取3mm。 [0028] The glasses of the present invention is a single-: Right: -5.50DS-0.50DCX 160 = 2.0, Left: -5.25DS + 0.75DCX 150 = 2.0o alternative frame in FIG. 2, paragraph I lenses, lens diameter 3mm take .

[0029] 实施例3 [0029] Example 3

[0030] 孩子赵某,远视眼加弱视,医院验光和配镜单为:右:4.00DS+1.50DCX180 = 0.4,左4.50DS+1.0ODCX 170 = 0.5,即F0右=4.00DS,F0^= 4.50DS。 [0030] Zhao children, hyperopia plus amblyopia, glasses and single hospital optometry is: Right: 4.00DS + 1.50DCX180 = 0.4, left 4.50DS + 1.0ODCX 170 = 0.5, i.e., the right F0 = 4.00DS, F0 ^ = 4.50DS. AF1 右矫足可到0.6 是+0.50DS,过矫0.50DS仍为0.6,Δ F1左取0.25DS可矫足到0.6,Δ F2左过矫0.50DS经过一段眼调节可达0.8。 AF1 straightening the right foot may be 0.6 to + 0.50DS, overcorrection 0.50DS still 0.6, Δ F1 0.25DS may be left to take corrective foot to 0.6, Δ F2 overcorrection 0.50DS left eye accommodation over a period of up to 0.8.

[0031]所以取 F右=F0+AF1+AF2= 4.00DS+0.50DS+0.50DS = 5.0ODS ; [0031] Therefore, the right to take F = F0 + AF1 + AF2 = 4.00DS + 0.50DS + 0.50DS = 5.0ODS;

[0032] F左=F0+ ΔF1+ AF2= 4.50DS+0.25DS+0.5DS = 5.25DS。 [0032] F Left = F0 + ΔF1 + AF2 = 4.50DS + 0.25DS + 0.5DS = 5.25DS.

[0033]配本发明的镜单为:右:5.00DS+1.50DCX180 = 0.6 左:5.25DS+100DCX 170 = [0033] with the present invention, a single mirror is: Right: 5.00DS + 1.50DCX180 = 0.6 Left: 5.25DS + 100DCX 170 =

0.8。 0.8. 镜框可选图2中c款熊猫型迷你眼镜,其眼镜的承载区为彩色不透光图案,有利于远视眼的正视化,镜片直径可取15mm。 Alternatively the frame 2, paragraph c Panda mini glasses, which glasses carrying region is colored opaque patterns, in favor of a front hyperopia, lens diameter preferably 15mm.

[0034] 实施例4 [0034] Example 4

[0035] 老年人徐某近视老花眼,在医院验光配镜单为右:-5.0ODS = 1.0,左:_5.50DS = [0035] elderly Xu presbyopia myopia, optometry at the hospital solely for the Right: -5.0ODS = 1.0, left: _5.50DS =

1.0,即F0右=-5.00DS,Fos= -5.50DS。 1.0, i.e., the right F0 = -5.00DS, Fos = -5.50DS. AF1 右矫足到1.5 为-0.25DS,AF2右过矫后低于1.5 ; AFis矫足到1.5为-0.50DS,AF2左过矫后眼低于1.5。 Right foot AF1 correction to 1.5 is -0.25DS, AF2 and right after the overcorrection is less than 1.5; 1.5 AFIS correction is sufficient to -0.50DS, after overcorrection AF2 left eye is less than 1.5.

[0036]所以远用迷你镜取 F右上=F0+ Δ F1+ Δ F2 = -5.00DS-0.25DS = -5.25DS ; [0036] So far upper right mini-taking lens F = F0 + Δ F1 + Δ F2 = -5.00DS-0.25DS = -5.25DS;

[0037] F左上=F0+ Δ F1+ AF2= -5.50DS—0.50DS = —6.0ODS。 [0037] F upper left = F0 + Δ F1 + AF2 = -5.50DS-0.50DS = -6.0ODS.

[0038] 近用迷你镜的配镜度数在远用迷你镜上各加1.50DS。 [0038] Mini-mirror near the distal glasses degrees in each mini-mirror plus 1.50DS. 即F右下=F右上+1.50DS=-4.25DS,F左下=F左上+1.50DS = -4.50DS。 I.e., F = F upper right lower right + 1.50DS = -4.25DS, F = F lower left upper left + 1.50DS = -4.50DS.

[0039] 本发明的配镜单为:右上部:-5.25DS= 1.5,右下部-3.7OTS,左上部:_6.0ODS =1.5,左下部-4.50DS = 1.5。 [0039] The glasses of the present invention is a single-: upper right portion: -5.25DS = 1.5, the lower right -3.7OTS, upper left: _6.0ODS = 1.5, a lower left portion -4.50DS = 1.5. 镜框可选图2中f款双椭圆迷你眼镜或i款双菱形迷你眼镜,上部镜片为远用迷你镜片,下部镜片为近用迷你镜片。 Frame 2 in FIG alternative dual elliptical f i dual mini eyeglasses or eyeglass mini diamond, upper lens is far mini lens, the lens is near the lower portion of the mini lens. f款双椭圆迷你眼镜上下镜片大小都取15mm,i款双菱形迷你眼镜上镜片大小为5mm,下镜片大小为16mm。 f dual elliptical vertical mini spectacle lenses have taken size 15mm, the diamond i dual mini spectacle lens size is 5mm, the size of the lens is 16mm.

[0040] 实施例5 [0040] Example 5

[0041] 青年人马某,参差眼,医院验光和配镜单为:右:-1.50DS = 0.4,左-1.0ODS =0.6,即F。 [0041] youth named Ma, mixed eye, optometry and glasses single hospital is: Right: -1.50DS = 0.4, left -1.0ODS = 0.6, i.e., F. 右=-L 50DS,FQ左=-L 00DS。 Right = -L 50DS, FQ left = -L 00DS. Δ F1 右矫足可到0.5 是-0.50DS,过矫-0.50DS 提高到0.8,由于过矫后佩戴眼镜使双眼耐受性差,所以右眼不予过矫。 Right correction Δ F1 is sufficient to 0.5-0.50DS, overcorrection-0.50DS increased to 0.8, since the glasses after overcorrection poor tolerance to keep the eyes, so the eye will not overcorrection. AF1左取-0.25DS可矫足到0.8,八匕左过矫-0.2505仍为0.8。 AF1 left foot correction may take -0.25DS to 0.8, eight dagger still left overcorrection -0.2505 0.8.

[0042]所以取 F右=F0+AF1+AF2= -1.50DS-0.50DS+0 = -2.0ODS ; [0042] Therefore, the right to take F = F0 + AF1 + AF2 = -1.50DS-0.50DS + 0 = -2.0ODS;

[0043] F左=F0+ ΔF1+ ΔF2= -1.00DS-0.25DS-0.25DS = -1.50DS。 [0043] F Left = F0 + ΔF1 + ΔF2 = -1.00DS-0.25DS-0.25DS = -1.50DS.

[0044] 配本发明的镜单为:右:-2.0005 = 0.5,左:-1.5005 = 0.8。 [0044] with the present invention, a single mirror is: Right: 0.5 -2.0005 = left: -1.5005 = 0.8. 镜框可选图2中η款三圆迷你眼镜,其右边三个迷你镜片配镜度数同为Ffi,左边三个迷你镜片配镜度数同为F左,镜片直径可取1mm0 Frame 2 in FIG alternative η paragraph three round mini glasses, which glasses the right lens dioptric power with three mini-Ffi is, the left three mini-lens glasses degrees F as the left the same, the lens diameter preferably 1mm0

[0045] 实施例6 [0045] Example 6

[0046] 本发明的镜片以外的承载区可以制成不同样式的框架眼镜镜片承载区镜片、镜框以及镜架,不同样式的隐形镜片或压贴镜片的承载区镜片。 A lens carrier block other than [0046] the present invention can be made in different styles of lens glasses lens carrier block, frame and frame, different styles of contact lenses or the lens pressed against a bearing zone of the lens.

[0047] 图2中是应用本发明轻巧、舒适、保健的迷你镜片的眼镜。 In [0047] FIG 2 is an application of the present invention is lightweight, comfortable, health mini spectacle lens. 图2中d型是一种夹鼻概念型的轻巧眼镜,图2中en型为对承载区进行不同设计的眼镜,可应用于近视、远视、散光、弱视、老视等人佩戴。 FIG 2 is a d-type pince conceptual lightweight glasses, in FIG. 2 for the en-type carrier block design different glasses, it can be applied to myopia, hyperopia, astigmatism, amblyopia, presbyopia et al wear.

[0048] e型眼镜利用镜桥与镜框的波形元素对承载区进行修饰达到装饰效果; [0048] e glasses of the waveform element of the mirror frame and bridge bearing zone is modified to achieve the decorative effect;

[0049] f型是外型方框中间双椭圆的镜架和镜片的眼镜; [0049] f is the type of intermediate frames and lenses block twin elliptical shape glasses;

[0050] g型是外型如风火轮的镜架和镜片的眼镜; [0050] g is the exo-type frames and lenses such as glasses Hot Wheels;

[0051] h型是外型如三角形的镜架和镜片的眼镜,在三角形中心的是矫正镜片,其余是承载片,承载片可以是透明平镜或者是不透明板并附有各种图案; [0051] h is a type of shape such as triangular glasses frames and lenses, in the center of the triangle is a corrective lenses, the remainder being the carrier sheet, the carrier sheet may be transparent or opaque optic plate together with a variety of patterns;

[0052] i型是外型双菱形的镜架和镜片的眼镜,小圆是矫正镜片,其他部分是承载区镜框,小菱形内可装配看近矫正用镜片组成双焦度老视用镜; [0052] i-type frames and lenses are double diamond shape glasses, corrective lenses are small round, the other portion is a region carrying frame, can be fitted in a small diamond to see near correcting lens composed of presbyopia with bifocal lens;

[0053] j型是外形蝴碟型的镜架和镜片的眼镜; [0053] j is an external type Butterfly-type spectacle frames and lenses;

[0054] k型是外型蜗牛型的镜架和镜片的眼镜; [0054] k is an exo type snail glasses frames and lenses;

[0055] I型是外型旋转螺纹的隐形眼镜片,中心是很小的矫正片,其余是大的承载区带螺旋花纹透明片; [0055] Form I is rotation of the threaded shape of contact lens, the center piece is a small correction, the remaining band is larger bearing area spiral pattern of the transparent sheet;

[0056] m型是承载区有透气孔和黏胶点的贴片式眼镜片。 [0056] m is the load zone have a patch type ophthalmic lens holes and viscose points. 所谓贴片式镜片为中间含有本发明迷你镜片,承载区为软性或硬性粘质材料,可粘在脸上或其它镜片上。 The so-called patch of the present invention comprises an intermediate lens mini lens, the carrier is a flexible or rigid area clayey material, may be glued to the face or other lenses.

[0057] η型是环视型三圆镜片式眼镜,眼睛可通过中心迷你镜片正视前方区域,通过左右迷你镜片环视四周区域。 [0057] η-type lens is looking around three round type glasses, eyes straight ahead region may mini lens through the center, left and right lens mini look around area.

[0058] 由于本发明的迷你镜片比传统镜片面积小,余下的大部分区域,就多了许多可以发挥的想象空间。 [0058] Since the mini-lens of the invention is smaller than conventional lenses area, most of the rest area, you can play more than a lot of imagination. 对承载区进行不同形式的设计起到的装饰效果显著,可表达个性化、概念化等的内容,达到迷你效果。 Bearing zone of different forms of decorative designs play a significant effect can be expressed personalized content, etc. to conceptualize, to mini effect.

[0059] 上述实施方式旨在举例说明本发明可为本领域专业技术人员实现或使用,对上述实施方式进行修改对本领域的专业技术人员来说将是显而易见的,故本发明包括但不限于上述实施方式,任何符合本权利要求书或说明书描述,符合与本文所公开的原理和新颖性、创造性特点的方法、工艺、产品,均落入本发明的保护范围之内。 [0059] The above-described embodiments are intended to illustrate the present invention can skilled in the art to make or use, the above-described modified embodiments of the present professional skilled in the art will be apparent, it is the present invention include, but are not limited to the above-described embodiment, match any of the claims or specification describes, as compliance with the principles disclosed herein, and novel, inventive features of the methods, processes, products, are within the scope of the present invention.

Claims (9)

1.一种迷你镜片,其特征在于,镜片最大面积S力对应人眼视网膜视野的2/3,镜片最小面积S+对应人眼中心黄斑区。 A mini-lens, wherein the lens power corresponding to the maximum area S 2/3 human retinal field of view, the minimum area of ​​the lens corresponding to the human eye center S + macula.
2.根据权利要求1所述的迷你镜片,其特征在于,所述镜片的屈光度配制的矫正度数F满足式I所述关系: F = F0+ ΔF1+ ΔF2 式I, 其中,Ftl为达到视力1.0及以下的配镜度数,AF1为矫充足时增加的度数,AF2为过矫时增加的度数;AF1和AF2的取值范围为MF1= ±(1〜50)度,AF2= ± (O〜50)度,近视眼取负值,远视眼取正值。 2. The mini-lens according to claim 1, wherein the lens diopter correction powers formulation F satisfies the relation of Formula I: F = F0 + ΔF1 + ΔF2 of Formula I, wherein, to achieve the vision Ftl 1.0 or less and the degree glasses, AF1 sufficient time to increase the degree of correction, when overcorrection AF2 increased degree; ranges AF1 and AF2 is MF1 = ± (1~50) degrees, AF2 = ± (O~50) of , a negative value of myopia, hyperopia positive value.
3.根据权利要求1或2所述的迷你镜片,其特征在于,所述镜片的大小为2-43mm。 The mini-lens of claim 1 or claim 2, wherein the size of the lens is 2-43mm.
4.根据权利要求1或2所述的迷你镜片,其特征在于,所述镜片为框架式镜片、隐形镜片、贴片式镜片或压贴镜片。 The mini-lens of claim 1 or claim 2, wherein the lens is a frame lenses, contact lenses, or lenses patch is pressed against the lens.
5.根据权利要求1或2所述的迷你镜片,其特征在于,所述镜片的材质为光学玻璃、树脂或硅水凝胶。 The mini-lens of claim 1 or claim 2, wherein said lens is made of optical glass, resin or silicon hydrogel.
6.含有权利要求1〜5任意一项所述迷你镜片的眼镜。 6. containing any one of claims 1 ~ 5 mini the spectacle lens.
7.根据权利要求6所述的眼镜,其特征在于,所述眼镜还包括连接迷你镜片的承载区,所述承载区无屈光度。 7. Spectacles according to claim 6, characterized in that, the eyeglass further comprises a carrier block connected to mini-lens, the carrier zone free diopters.
8.根据权利要求7所述的眼镜,其特征在于,所述承载区为圆形、三角形、菱形或矩形。 The eyeglass according to claim 7, wherein said bearing zone is circular, triangular, diamond or rectangular.
9.根据权利要求7所述的眼镜,其特征在于,所述承载区为透光材料或金属材料。 9. The eyeglass according to claim 7, characterized in that the carrier region is light-transmitting material or a metal material.
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Citations (5)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN2283868Y (en) * 1996-05-31 1998-06-10 张家口市第四医院 Synthetic surperlight type diopter correcting glass
CN1198221A (en) * 1995-09-29 1998-11-04 伯利乌·巴哈马有限公司 Contact lens and process for fitting
US20070182924A1 (en) * 2006-02-09 2007-08-09 Alcon Manufacturing, Ltd. Pseudo-accommodative IOL having multiple diffractive patterns
CN201845140U (en) * 2010-10-13 2011-05-25 段亚东 Peripheral defocusing corrective glasses for presbyopia
CN204679732U (en) * 2015-04-15 2015-09-30 黄舸 Mini lens reaches glasses including this lens

Patent Citations (5)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN1198221A (en) * 1995-09-29 1998-11-04 伯利乌·巴哈马有限公司 Contact lens and process for fitting
CN2283868Y (en) * 1996-05-31 1998-06-10 张家口市第四医院 Synthetic surperlight type diopter correcting glass
US20070182924A1 (en) * 2006-02-09 2007-08-09 Alcon Manufacturing, Ltd. Pseudo-accommodative IOL having multiple diffractive patterns
CN201845140U (en) * 2010-10-13 2011-05-25 段亚东 Peripheral defocusing corrective glasses for presbyopia
CN204679732U (en) * 2015-04-15 2015-09-30 黄舸 Mini lens reaches glasses including this lens

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