CN115390275A - A kind of integrated goggle and preparation method thereof - Google Patents

A kind of integrated goggle and preparation method thereof Download PDF

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CN115390275A
CN115390275A CN202211112640.2A CN202211112640A CN115390275A CN 115390275 A CN115390275 A CN 115390275A CN 202211112640 A CN202211112640 A CN 202211112640A CN 115390275 A CN115390275 A CN 115390275A
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lens
goggle
hole
lenses
integrated
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CN115390275B (en
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周杨
俞灿强
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Xiamen Tanuo Optical Technology Co ltd
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Xiamen Tanuo Optical Technology Co ltd
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    • GPHYSICS
    • G02OPTICS
    • G02CSPECTACLES; SUNGLASSES OR GOGGLES INSOFAR AS THEY HAVE THE SAME FEATURES AS SPECTACLES; CONTACT LENSES
    • G02C7/00Optical parts
    • G02C7/16Shades; shields; Obturators, e.g. with pinhole, with slot
    • 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

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  • Ophthalmology & Optometry (AREA)
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Abstract

The invention discloses an integrated goggles, which comprises goggle lenses and dioptric lenses, wherein the goggle lenses are provided with radians along the curves of the human face, the goggle lenses are formed by splicing two symmetrical left goggle lenses and right goggle lenses, a left embedding hole is formed in the middle of each left goggle lens, a right embedding hole is formed in the middle of each right goggle lens, the dioptric lenses comprise a left dioptric lens with the size of the left embedding hole and a right dioptric lens with the size of the right embedding hole, the left dioptric lenses are embedded into the left embedding holes in a matching mode, and the right dioptric lenses are embedded into the right embedding holes in a matching mode. The integrated goggles lens is obtained by preparing the goggles lens, cutting, digging a hole, processing diopter and assembling. The invention adds the vision correcting function on the basis of the goggles, maintains the streamline windproof design of the integrated goggles to the maximum extent, has stable and simple integral structure and unique process, greatly reduces the processing difficulty and improves the yield.

Description

一种一体风镜及其制备方法A kind of integrated goggle and preparation method thereof

技术领域technical field

本发明属于眼镜加工技术领域,具体涉及一种一体风镜,以及该一体风镜的制备方法。The invention belongs to the technical field of glasses processing, and in particular relates to an integrated goggle and a preparation method of the integrated goggle.

背景技术Background technique

风镜,也叫防风镜,最开始是为骑行人群所设计,相对普通眼镜来说,风镜的包裹性更强,可以充分地将人眼与外界隔绝,防止骑行时灰尘和气流进入人眼,故风镜被通俗地设定为是一种保护配戴者眼睛的眼镜。Goggles, also called goggles, were originally designed for cyclists. Compared with ordinary glasses, goggles have a stronger wrapping property, which can fully isolate the human eyes from the outside world and prevent dust and airflow from entering the human eyes during riding. , so the goggles are popularly set as a kind of glasses that protect the wearer's eyes.

目前,市面上有两种形态的风镜,一种是一体风镜,由整片镜片直接切割出外轮廓形状,另一种是类似于双镜片的普通眼镜,由两个分开的镜片嵌装在镜框上;这两种形态的风镜都具有一定的类球面弧度,用以贴合人体眼部,一般来说,弧度越贴近眼部,包裹性越好,防风能力越佳。At present, there are two types of goggles on the market, one is integrated goggles, the outer contour shape is directly cut from the whole lens, and the other is ordinary glasses similar to double lenses, which are embedded in the frame by two separate lenses ;These two forms of goggles have a certain spherical curvature to fit the eyes of the human body. Generally speaking, the closer the curvature is to the eyes, the better the wrapping and the better the windproof ability.

但就目前的生产技术来说,两种形态的风镜都不具有矫正视力的功能,以屈光镜片中的近视镜片为例,近视镜片为凹透镜,而一体风镜因为整片镜片本身带有弧度,所以镜片靠近眼部的一侧加工空间较窄,在如此窄小有限的空间内加工出高精度的凹透镜对于加工设备和工艺的要求都极高,目前的生产技术还未能实现;由于近视镜片的弧度较小,而风镜整体弧度较大且呈“流线型”,若将双镜片替换为近视镜片,则风镜的整体弧线呈“非流线型”,从而近视镜片增大了迎风面,使得防风效果下降,因此,双镜片风镜也不适合装配近视镜片。But as far as the current production technology is concerned, neither of the two forms of goggles has the function of correcting vision. Take the myopia lens in the refractive lens as an example. Therefore, the processing space on the side of the lens close to the eye is narrow, and processing high-precision concave lenses in such a narrow and limited space requires extremely high processing equipment and technology, and the current production technology has not yet been realized; due to myopia lenses The arc of the goggles is small, while the overall arc of the goggles is large and "streamlined". If the double lenses are replaced with myopia lenses, the overall arc of the goggles will be "non-streamlined", so that the myopia lenses increase the windward side, making the windproof effect Therefore, double-lens goggles are not suitable for fitting short-sighted lenses.

经检索,专利号为CN200720170823.4的一种防风眼镜公开了在佩戴近视眼镜的同时佩戴该防风眼镜,具体是镜框后方的内衬垫留有供近视眼镜置入(让位)的空间,使佩戴者眼部能既能防风又能矫正视力。但同时佩戴两副眼镜会导致眼部受力较重,增加眼部的不适感。因此,现有这种防风眼镜存在一定的局限性。After searching, a kind of windproof glasses with patent No. CN200720170823.4 discloses wearing the windproof glasses while wearing myopia glasses. Specifically, the inner liner at the rear of the frame leaves a space for the myopia glasses to be inserted (give way), so that The wearer's eyes can both protect against wind and correct vision. However, wearing two pairs of glasses at the same time will cause heavy stress on the eyes and increase the discomfort of the eyes. Therefore, there is certain limitation in existing this windproof glasses.

鉴于上述眼镜技术的不成熟,以及防风和视力矫正两种功能还不能完美融合,目前防风和视力矫正眼镜所占市场规模还比较小,因此,现在急需开创一项解决行业现状问题的技术来开拓市场。In view of the immaturity of the above-mentioned glasses technology, and the incomplete integration of the two functions of windproof and vision correction, the current market size of windproof and vision correction glasses is relatively small. Therefore, it is urgent to create a technology to solve the current problems in the industry to develop market.

发明内容Contents of the invention

本发明的目的在于提供一种一体风镜,增加了矫正视力功能,最大程度保留一体风镜本身的流线型防风设计,整体结构稳固、简单。The purpose of the present invention is to provide an integrated goggle, which adds the function of correcting vision, retains the streamlined windproof design of the integrated goggle itself to the greatest extent, and has a stable and simple overall structure.

本发明的目的还在于提供一种一体风镜制备方法,工艺独特,大大降低加工难度,提高成品率。The object of the present invention is also to provide a method for preparing integrated goggles, which has a unique process, greatly reduces processing difficulty, and improves yield.

为达成上述目的,本发明的解决方案为:一种一体风镜,包括风镜镜片和屈光镜片,风镜镜片设置沿人体面部曲线的弧度,风镜镜片由两片相对称的左风镜镜片和右风镜镜片拼合而成,左风镜镜片的中部开设左镶孔,右风镜镜片的中部开设右镶孔,屈光镜片包括左镶孔大小的左屈光镜片和右镶孔大小的右屈光镜片,左屈光镜片吻合嵌入左镶孔,右屈光镜片吻合嵌入右镶孔。In order to achieve the above object, the solution of the present invention is: an integrated goggle, including a goggle lens and a refractive lens, the goggle lens is arranged along the arc of the human face curve, and the goggle lens is composed of two symmetrical left goggle lenses and right goggle lenses Assembled together, the middle part of the left goggle lens has a left inlay hole, and the middle part of the right goggle lens has a right inlay hole. The optical lens fits into the left hole, and the right refractive lens fits into the right hole.

作为优选方案,左镶孔和右镶孔具有相同的结构。As a preferred solution, the left mounting hole and the right mounting hole have the same structure.

作为优选方案,左镶孔贯穿左风镜镜片的中部,左镶孔在左风镜镜片外侧的孔径为外孔径,左镶孔在左风镜镜片内侧的孔径为内孔径,外孔径小于内孔径;左屈光镜片的外侧直径小于内侧直径,左屈光镜片的外侧直径与左镶孔的外孔径相吻合,左屈光镜片的内侧直径与左镶孔的内孔径相吻合。As a preferred scheme, the left inlaid hole runs through the middle of the left goggle lens, the aperture of the left inlaid hole on the left side of the left goggle lens is the outer aperture, and the aperture of the left inlaid hole in the left side of the left goggle lens is the inner aperture, and the outer aperture is smaller than the inner aperture; The outer diameter of the optical lens is smaller than the inner diameter, the outer diameter of the left refraction lens matches the outer diameter of the left inlay hole, and the inner diameter of the left refraction lens matches the inner diameter of the left inlay hole.

作为优选方案,左屈光镜片的外侧为外凸台结构,外凸台结构倾斜过渡至内孔径。As a preferred solution, the outer side of the left refractive lens is an outer convex platform structure, and the outer convex platform structure obliquely transitions to the inner aperture.

作为优选方案,倾斜的角度控制在1°~10°。As a preferred solution, the angle of inclination is controlled within 1°-10°.

作为优选方案,屈光镜片为近视镜片、远视镜片或散光镜片。As a preferred solution, the refractive lens is a myopia lens, a hyperopia lens or an astigmatism lens.

作为优选方案,风镜镜片和屈光镜片为有色或无色的镜片。As a preferred solution, the goggle lenses and the refractive lenses are colored or colorless lenses.

作为优选方案,屈光镜片的形状为方形、圆形、多边形或异形。As a preferred solution, the shape of the refractive lens is square, circular, polygonal or special-shaped.

作为优选方案,风镜镜片设有鼻托部。As a preferred solution, the goggle lens is provided with a nose pad.

本发明的另一解决方案为:一种一体风镜制备方法,包括以下步骤:Another solution of the present invention is: a method for preparing integrated goggles, comprising the following steps:

S1制备风镜镜片:将风镜镜片原料在相应的温度、湿度、时间条件下进行处理,然后按所需规格将处理后的风镜镜片原料加工成型得到一整片的风镜镜片;S1 Preparation of goggle lenses: processing the goggle lens raw materials under corresponding temperature, humidity, and time conditions, and then processing the processed goggle lens raw materials according to the required specifications to obtain a whole piece of goggle lenses;

S2切分:将S1制得的风镜镜片对半中间切开,得到左风镜镜片和右风镜镜片;S2 splitting: cutting the goggle lens made in S1 in half to obtain the left goggle lens and the right goggle lens;

S3挖孔:切分后,左风镜镜片和右风镜镜片的弧度都比整片的风镜镜片来得小,然后在小弧度的左风镜镜片和右风镜镜片的中部各切割出左镶孔和右镶孔,并获得切除的镜片基材;S3 Hole Digging: After splitting, the radians of the left goggle lens and the right goggle lens are smaller than the whole goggle lens, and then the left and right inlay holes are respectively cut in the middle of the small radian left goggle lens and right goggle lens hole, and obtain a resected lens substrate;

S4屈光度处理:将切除的镜片基材在光学度数车房进行屈光度处理,得到左屈光镜片和右屈光镜片;S4 diopter processing: the resected lens base material is subjected to diopter processing in the optical power workshop to obtain left diopter lenses and right diopter lenses;

S5组装:将左屈光镜片嵌入左镶孔得到一体的左风镜镜片,将右屈光镜片嵌入右镶孔得到一体的右风镜镜片,最后将两片左风镜镜片和右风镜镜片拼合在一起,得到一体风镜镜片。S5 assembly: Insert the left diopter lens into the left inlay hole to obtain an integrated left goggle lens, insert the right refraction lens into the right inlay hole to obtain an integrated right goggle lens, and finally put the two left and right goggle lenses together. Get one-piece goggle lenses.

作为优选方案,步骤S3中,首先在左风镜镜片和右风镜镜片的外侧中部一刀切出左镶孔和右镶孔的外孔径,然后从内侧再一次或多次切割出左镶孔和右镶孔内孔径以及内径孔和外孔径之间的过渡部分。As a preferred solution, in step S3, first cut out the outer apertures of the left and right inlay holes in the middle of the outer side of the left goggle lens and the right goggle lens, and then cut out the left and right inlay holes from the inner side one or more times The inner diameter and the transition between the inner diameter hole and the outer diameter.

采用上述方案后,本发明的增益效果在于:本发明的风镜镜片设计了对半的左风镜镜片和右风镜镜片,减小风镜镜片加工时的弧度,降低了加工难度,克服了风镜镜片因弧度太大而无法加工出屈光镜片的问题,而后左风镜镜片和右风镜镜片又能进行拼合组装,复原到原先的弧度,保留了风镜本身的流线型结构,依然具有良好的防风效果,结构稳固、轻巧,同时,又具备屈光度,矫正视力,使风镜的功能更强大,开创了风镜镜片与屈光镜片二者的融合,为镜片加工多样化奠定基础。After adopting the above-mentioned scheme, the gain effect of the present invention lies in: the goggle lens of the present invention is designed with half of the left goggle lens and the right goggle lens, which reduces the curvature of the goggle lens during processing, reduces the difficulty of processing, and overcomes the problem of the curvature of the goggle lens. The problem that the refractive lens is too large to be processed, and then the left and right goggle lenses can be assembled and restored to the original radian, retaining the streamlined structure of the goggle itself, still has a good windproof effect, and the structure is stable. At the same time, it has diopter, corrects eyesight, makes the function of goggles more powerful, creates the fusion of goggle lenses and refractive lenses, and lays the foundation for the diversification of lens processing.

附图说明Description of drawings

图1为本发明实施例一一体风镜的整体结构示意图;Fig. 1 is a schematic diagram of the overall structure of an embodiment of the present invention-integrated goggles;

图2为本发明实施例一风镜镜片的分解状态示意图;Fig. 2 is a schematic diagram of an exploded state of a goggle lens according to Embodiment 1 of the present invention;

图3为本发明实施例一风镜镜片的俯视示意图(组装完成状态);Fig. 3 is a schematic top view of a goggle lens according to an embodiment of the present invention (assembled state);

图4为图3中A处的放大图;Fig. 4 is the enlarged view of place A in Fig. 3;

图5为本发明实施例二左屈光镜片和左镶孔的嵌入结构示意图。Fig. 5 is a schematic diagram of the embedding structure of the left dioptric lens and the left insert hole in Embodiment 2 of the present invention.

标号说明:Label description:

1、风镜镜片;11、左风镜镜片;12、右风镜镜片;13、左镶孔;14、右镶孔;1. Goggle lens; 11. Left goggle lens; 12. Right goggle lens; 13. Left hole; 14. Right hole;

2、屈光镜片;21、左屈光镜片;22、右屈光镜片;23、外凸台结构;24、内凸台结构。2. Refractive lens; 21. Left refractive lens; 22. Right refractive lens; 23. Outer boss structure; 24. Inner boss structure.

具体实施方式Detailed ways

下面将结合本发明实施例中的附图,对本发明实施例中的技术方案进行清楚、完整地描述。显然,所描述的实施例是本发明的优选实施例,且不应被看作对其他实施例的排除。基于本发明实施例,本领域的普通技术人员在不作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。The following will clearly and completely describe the technical solutions in the embodiments of the present invention with reference to the drawings in the embodiments of the present invention. Obviously, the described embodiments are preferred embodiments of the invention and should not be seen as excluding other embodiments. Based on the embodiments of the present invention, all other embodiments obtained by persons of ordinary skill in the art without creative efforts fall within the protection scope of the present invention.

实施例一:Embodiment one:

本发明提供了一种一体风镜,如图1所示,包括风镜镜片1和屈光镜片2,结合图3,风镜镜片1设置沿人体面部曲线的弧度,结合图2,风镜镜片1由两片相对称的左风镜镜片11和右风镜镜片12拼合而成,屈光镜片2包括左屈光镜片21和右屈光镜片22,左风镜镜片11的中部开设左镶孔13,供左屈光镜片21吻合嵌入,右风镜镜片12的中部开设右镶孔14,供右屈光镜片22吻合嵌入。左屈光镜片21的尺寸大小与左镶孔13的尺寸大小一致,右屈光镜片22的尺寸大小与右镶孔14的尺寸大小一致,在实施例一中,左屈光镜片21和右屈光镜片22均为带有屈光度的风镜镜片1,即左屈光镜片21和右屈光镜片22是由左镶孔13和右镶孔14处开设剩下的风镜镜片1加工而来,从而保证了左屈光镜片21和左镶孔13能相吻合、右屈光镜片22和右镶孔14能相吻合。当然,在能保证吻合的前提下,左屈光镜片21为非风镜镜片1单独加工而来也行,本案不作限制。The present invention provides a kind of integral goggle, as shown in Figure 1, comprises goggle lens 1 and refraction lens 2, with reference to Figure 3, goggle lens 1 is provided with the radian along the curve of human body face, with reference to Figure 2, goggle lens 1 is made of two pieces The symmetrical left goggle lens 11 and the right goggle lens 12 are assembled together, and the diopter lens 2 comprises a left refraction lens 21 and a right refraction lens 22. The middle part of the left goggle lens 11 offers a left inlaid hole 13 for the left refraction lens 21 fit and embed, and the middle part of the right goggle eyeglass lens 12 offers the right inlay hole 14, for the right dioptric lens 22 fit and embed. The size of the left refractive lens 21 is consistent with the size of the left socket 13, and the size of the right refractive lens 22 is consistent with the size of the right socket 14. In Embodiment 1, the left refractive lens 21 and the right lens Optical lens 22 is the goggle lens 1 that has diopter, and promptly left diopter lens 21 and right refraction lens 22 are processed by the remaining goggle lens 1 that left inlay hole 13 and right inlay hole 14 places, thereby guarantee The left refractive lens 21 and the left socket 13 can be matched, and the right refractive lens 22 and the right socket 14 can be matched. Of course, on the premise that the fit can be guaranteed, the left diopter lens 21 can be processed separately from the non-goggle lens 1, which is not limited in this case.

左镶孔13和右镶孔14具有相同的结构。以左镶孔13为例,左镶孔13贯穿左风镜镜片11的中部,左镶孔13在左风镜镜片11外侧的孔径为外孔径L1,左镶孔13在左风镜镜片11内侧的孔径为内孔径L2,外孔径小于内孔径,即L1<L2;左屈光镜片21的外侧直径L3小于内侧直径L4,即L3<L4;左屈光镜片21的外侧直径L3与左镶孔13的外孔径L1相吻合,左屈光镜片21的内侧直径L4与左镶孔13的内孔径L2相吻合。在实施例一中,左屈光镜片21的外侧为外凸台结构23,如图4所示,外凸台结构23倾斜过渡至内孔径,外凸台结构23提高了左屈光镜片21的稳固性,倾斜过渡便于左屈光镜片21嵌入左镶孔13内,进一步,倾斜过渡可以设计为光滑的弧线型;倾斜角度控制在1°~10°,5°~7°角度范围最佳,使用视觉和外观上从正背面都不容易看到嵌入结构,提高了风镜整体的完整度。The left mounting hole 13 and the right mounting hole 14 have the same structure. Take the left hole 13 as an example, the left hole 13 runs through the middle part of the left goggle lens 11, the aperture of the left hole 13 outside the left goggle lens 11 is the outer aperture L 1 , the left hole 13 is the aperture inside the left goggle lens 11 is the inner diameter L 2 , the outer diameter is smaller than the inner diameter, that is, L 1 < L 2 ; the outer diameter L 3 of the left refractive lens 21 is smaller than the inner diameter L 4 , that is, L 3 < L 4 ; the outer diameter of the left refractive lens 21 L 3 coincides with the outer diameter L 1 of the left mounting hole 13, and the inner diameter L 4 of the left refractive lens 21 coincides with the inner diameter L 2 of the left mounting hole 13. In Embodiment 1, the outer side of the left refractive lens 21 is an outer convex platform structure 23, as shown in Figure 4, the outer convex platform structure 23 is obliquely transitioned to the inner aperture, and the outer convex platform structure 23 has improved the outer convex platform structure 21 of the left refractive lens 21. Stability, the inclined transition is convenient for the left refractive lens 21 to be inserted into the left inlaid hole 13, further, the inclined transition can be designed as a smooth arc type; the inclined angle is controlled at 1°-10°, and the angle range of 5°-7° is the best , It is not easy to see the embedded structure from the front and back in terms of vision and appearance, which improves the overall integrity of the goggles.

本案所述屈光镜片2根据使用者的实际需要选择是近视镜片、远视镜片或散光镜片。屈光镜片2的形状可以为方形、圆形、多边形、异形等任意加工所需要的形状。Refractive lens 2 described in this case selects according to user's actual needs and is myopia lens, hyperopia lens or astigmatism lens. The shape of the refractive lens 2 can be any desired shape for processing such as square, circular, polygonal, and special-shaped.

风镜镜片1和屈光镜片2可以都是有色的镜片,也可以都是无色的镜片,也可以选择不同的颜色深浅的镜片,屈光镜片2外圈的风镜镜片1对瞬间的光线变化起到缓冲的效果,以降低光线突变对人眼的影响。The goggle lens 1 and the refraction lens 2 can be both colored lenses or colorless lenses, or lenses of different color shades can be selected. To buffer the effect to reduce the impact of sudden changes in light on the human eye.

本发明还提供了一种一体风镜制备方法,包括以下步骤:The present invention also provides a method for preparing integrated goggles, comprising the following steps:

S1制备风镜镜片1:将风镜镜片1原料在相应的温度、湿度、时间条件下进行处理,然后按所需规格将处理后的风镜镜片1原料加工成型得到一整片的风镜镜片1;S1 Prepare the goggle lens 1: process the raw material of the goggle lens 1 under corresponding temperature, humidity, and time conditions, and then process the processed goggle lens 1 raw material according to the required specifications to obtain a whole piece of goggle lens 1;

S2切分:将S1制得的风镜镜片1对半中间切开,得到左风镜镜片11和右风镜镜片12,切开处为后续的拼合处,可以采用高精度的切割技术,比如纳米级的激光切割,使得最后的拼合处从外观上看不出缝隙;S2 Segmentation: Cut the goggle lens 1 made in S1 in half to get the left goggle lens 11 and the right goggle lens 12. The incision is the subsequent splicing place, and high-precision cutting technology can be used, such as nano-scale Laser cutting, so that the final stitching can not see the gap from the appearance;

S3挖孔:切分后,左风镜镜片11和右风镜镜片12的弧度都比整片的风镜镜片1来得小,然后在小弧度的左风镜镜片11和右风镜镜片12的中部各切割出左镶孔13和右镶孔14,并获得切除的镜片基材;S3 hole digging: After splitting, the radians of the left goggle lens 11 and the right goggle lens 12 are all smaller than the whole goggle lens 1, and then the left and right goggle lenses are cut out in the middle of the small radian left goggle lens 11 and the right goggle lens 12. Inlay hole 13 and right inset hole 14, and obtain the cut-off lens substrate;

S4屈光度处理:将切除的镜片基材在光学度数车房进行屈光度处理,得到左屈光镜片21和右屈光镜片22;S4 diopter processing: the resected lens substrate is subjected to diopter processing in the optical power workshop to obtain the left diopter lens 21 and the right diopter lens 22;

S5组装:将左屈光镜片21嵌入左镶孔13得到一体的左风镜镜片11,将右屈光镜片22嵌入右镶孔14得到一体的右风镜镜片12,最后将两片左风镜镜片11和右风镜镜片12拼合在一起,得到一体风镜镜片1。S5 assembly: insert the left refraction lens 21 into the left inlay hole 13 to obtain an integrated left goggle lens 11, insert the right refraction lens 22 into the right inlay hole 14 to obtain an integrated right goggle lens 12, and finally put the two left goggle lenses 11 and The right goggle lens 12 is put together to obtain the integrated goggle lens 1 .

进一步优化,在步骤S3中,首先在左风镜镜片11和右风镜镜片12的外侧中部一刀切出左镶孔13和右镶孔14的外孔径,只切一刀的目的是最大程度保留风镜镜片1的完整度,从而能更吻合地、对齐地嵌入,然后从内侧再一次或多次切割出左镶孔13和右镶孔14内孔径以及内径孔和外孔径之间的过渡部分,也就是说后续的大部分切割是在内侧完成,较好好留了风镜外侧的完整。For further optimization, in step S3, first cut out the outer diameters of the left inlaid hole 13 and the right inlaid hole 14 in the middle of the outer side of the left goggle lens 11 and the right goggle lens 12, and the purpose of only one cut is to retain the outer diameter of the goggle lens 1 to the greatest extent. Integrity, so that it can be embedded in a more consistent and aligned manner, and then cut out the inner diameter of the left inserting hole 13 and the right inserting hole 14 and the transition part between the inner diameter hole and the outer diameter from the inside again, that is to say, the subsequent Most of the cutting is done on the inside, preferably leaving the outside of the goggle intact.

本发明最终所制得的风镜镜片1可以直接作为无镜框风镜进行佩戴使用,风镜镜片1设有鼻托部供鼻部抵靠,最终所制得的风镜镜片1也可以在外边缘套接镜框,作为带镜框的风镜进行佩戴使用。The finally prepared goggle lens 1 of the present invention can be directly worn as a frameless goggle. The goggle lens 1 is provided with a nose pad for the nose to lean against. Wear it as goggles with frames.

实施例二:Embodiment two:

本实施例二与实施例一的不同之处在于:如图5所示,左镶孔13的外孔径倾斜过渡至内孔径,倾斜角度呈非线性变化,外孔径可以向内缩一段直径后再扩大至内孔径,从而外孔径和内孔径之间形成光滑的内凸台结构24,适应性地,左屈光镜片21也设计为外侧向内缩一段直径后再扩大至内侧,然后左屈光镜片21吻合嵌入左镶孔13中,因此,左屈光镜片21无需形成实施例一的外凸台结构23也可以轻松嵌入左镶孔13中,组装更容易,同样能和左镶孔13形成稳定的固定。The difference between the second embodiment and the first embodiment is that, as shown in Figure 5, the outer diameter of the left inlaid hole 13 transitions obliquely to the inner diameter, and the inclination angle changes nonlinearly, and the outer diameter can be shrunk inward for a certain period of time. Expand to the inner aperture, so that a smooth inner boss structure 24 is formed between the outer aperture and the inner aperture. Adaptively, the left refractive lens 21 is also designed to shrink inward for a certain diameter from the outside and then expand to the inside, and then the left refractive lens The lens 21 is fitted into the left insert hole 13, therefore, the left dioptric lens 21 can be easily inserted into the left insert hole 13 without forming the outer convex platform structure 23 of the first embodiment, the assembly is easier, and it can also be formed with the left insert hole 13 Stable fixation.

在本发明的描述中,需要理解的是,术语“外”、“外侧”、“内”、“内侧”、“中部”、“两边”等方位用语是相对于各附图中所示的构造进行定义的,它们是相对的概念,因此有可能会根据其所处不同位置、不同使用状态而进行相应地变化。所以,也不应当将这些或者其他的方位用语解释为限制性用语。In describing the present invention, it should be understood that the terms "outer", "outer", "inner", "inner", "middle", "both sides" and other directional terms are relative to the configurations shown in the drawings. They are relative concepts, so they may change accordingly according to their different locations and different usage states. Accordingly, these or other directional terms should not be construed as limiting terms.

以上所述仅为本发明的较佳实施例,并非对本案设计的限制,凡依本案的设计关键所做的等同变化,均落入本案的保护范围。The above descriptions are only preferred embodiments of the present invention, and are not limitations on the design of this case. All equivalent changes made according to the design key of this case all fall within the scope of protection of this case.

Claims (10)

1.一种一体风镜,其特征在于,包括风镜镜片和屈光镜片,风镜镜片设置沿人体面部曲线的弧度,风镜镜片由两片相对称的左风镜镜片和右风镜镜片拼合而成,左风镜镜片的中部开设左镶孔,右风镜镜片的中部开设右镶孔,屈光镜片包括左镶孔大小的左屈光镜片和右镶孔大小的右屈光镜片,左屈光镜片吻合嵌入左镶孔,右屈光镜片吻合嵌入右镶孔。1. A kind of integrated goggle, it is characterized in that, comprises goggle lens and refraction lens, and the radian of goggle lens is set along the curve of human body face, and goggle lens is formed by two symmetrical left goggle lens and right goggle lens, left goggle The middle part of the lens is provided with a left inlay hole, and the middle part of the right goggle lens is provided with a right inlay hole. The refraction lens includes a left refraction lens with the size of the left inlay hole and a right refraction lens with the size of the right inlay hole. The left refraction lens fits into the left inlay Hole, the right refractive lens fits into the right inlay hole. 2.如权利要求1所述的一种一体风镜,其特征在于:左镶孔和右镶孔具有相同的结构。2. The one-piece goggle according to claim 1, wherein the left and right mounting holes have the same structure. 3.如权利要求2所述的一种一体风镜,其特征在于:左镶孔贯穿左风镜镜片的中部,左镶孔在左风镜镜片外侧的孔径为外孔径,左镶孔在左风镜镜片内侧的孔径为内孔径,外孔径小于内孔径;左屈光镜片的外侧直径小于内侧直径,左屈光镜片的外侧直径与左镶孔的外孔径相吻合,左屈光镜片的内侧直径与左镶孔的内孔径相吻合。3. A kind of integrated goggles as claimed in claim 2, characterized in that: the left inlaid hole runs through the middle of the left goggle lens, the aperture of the left inlaid hole on the outside of the left goggle lens is the outer aperture, and the left inlaid hole is on the inner side of the left goggle lens The diameter of the aperture is the inner diameter, and the outer diameter is smaller than the inner diameter; the outer diameter of the left refractive lens is smaller than the inner diameter, and the outer diameter of the left refractive lens is consistent with the outer diameter of the left inlaid hole, and the inner diameter of the left refractive lens is the same as the left inlaid hole. The inner diameter of the hole matches. 4.如权利要求3所述的一种一体风镜,其特征在于:左屈光镜片的外侧为外凸台结构,外凸台结构倾斜过渡至内孔径。4. An integrated goggle as claimed in claim 3, characterized in that: the outer side of the left refractive lens is an outer convex platform structure, and the outer convex platform structure obliquely transitions to the inner aperture. 5.如权利要求4所述的一种一体风镜,其特征在于:倾斜的角度控制在1°~10°。5. An integrated goggle as claimed in claim 4, characterized in that: the angle of inclination is controlled within 1°-10°. 6.如权利要求1所述的一种一体风镜,其特征在于:屈光镜片为近视镜片、远视镜片或散光镜片。6. An integrated goggle as claimed in claim 1, wherein the refractive lens is a myopia lens, a hyperopia lens or an astigmatism lens. 7.如权利要求1所述的一种一体风镜,其特征在于:风镜镜片和屈光镜片为有色或无色的镜片。7. An integrated goggle as claimed in claim 1, characterized in that: the goggle lens and the refractive lens are colored or colorless lenses. 8.如权利要求1所述的一种一体风镜,其特征在于:屈光镜片的形状为方形、圆形、多边形或异形。8. An integrated goggle as claimed in claim 1, characterized in that: the shape of the refractive lens is square, circular, polygonal or special-shaped. 9.如权利要求1所述的一种一体风镜,其特征在于:风镜镜片设有鼻托部。9. An integrated goggle as claimed in claim 1, characterized in that: the goggle lens is provided with a nose pad. 10.一种一体风镜制备方法,其特征在于:包括以下步骤:10. A method for preparing integrated goggles, characterized in that: comprising the following steps: S1制备风镜镜片:将风镜镜片原料在相应的温度、湿度、时间条件下进行处理,然后按所需规格将处理后的风镜镜片原料加工成型得到一整片的风镜镜片;S1 Preparation of goggle lenses: processing the goggle lens raw materials under corresponding temperature, humidity, and time conditions, and then processing the processed goggle lens raw materials according to the required specifications to obtain a whole piece of goggle lenses; S2切分:将S1制得的风镜镜片对半中间切开,得到左风镜镜片和右风镜镜片;S2 splitting: cutting the goggle lens made in S1 in half to obtain the left goggle lens and the right goggle lens; S3挖孔:切分后,左风镜镜片和右风镜镜片的弧度都比整片的风镜镜片来得小,然后在小弧度的左风镜镜片和右风镜镜片的中部各切割出左镶孔和右镶孔,并获得切除的镜片基材;S3 Hole Digging: After splitting, the radians of the left goggle lens and the right goggle lens are smaller than the whole goggle lens, and then the left and right inlay holes are respectively cut in the middle of the small radian left goggle lens and right goggle lens hole, and obtain a resected lens substrate; S4屈光度处理:将切除的镜片基材在光学度数车房进行屈光度处理,得到左屈光镜片和右屈光镜片;S4 diopter processing: the resected lens base material is subjected to diopter processing in the optical power workshop to obtain left diopter lenses and right diopter lenses; S5组装:将左屈光镜片嵌入左镶孔得到一体的左风镜镜片,将右屈光镜片嵌入右镶孔得到一体的右风镜镜片,最后将两片左风镜镜片和右风镜镜片拼合在一起,得到一体风镜镜片。S5 assembly: Insert the left diopter lens into the left inlay hole to obtain an integrated left goggle lens, insert the right refraction lens into the right inlay hole to obtain an integrated right goggle lens, and finally put the two left and right goggle lenses together. Get one-piece goggle lenses.
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Citations (5)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
JPH06118352A (en) * 1992-01-29 1994-04-28 Oakley Inc Insertion lens body
CN2283868Y (en) * 1996-05-31 1998-06-10 张家口市第四医院 Synthetic surperlight type diopter correcting glass
CN203825309U (en) * 2014-03-28 2014-09-10 陈钦仁 Lens structure with vision correction function
WO2016075338A1 (en) * 2014-11-14 2016-05-19 Xvision Closed glasses with integrated optical lenses
CN218272970U (en) * 2022-09-13 2023-01-10 厦门腾诺光学科技有限公司 Integrated goggles

Patent Citations (5)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
JPH06118352A (en) * 1992-01-29 1994-04-28 Oakley Inc Insertion lens body
CN2283868Y (en) * 1996-05-31 1998-06-10 张家口市第四医院 Synthetic surperlight type diopter correcting glass
CN203825309U (en) * 2014-03-28 2014-09-10 陈钦仁 Lens structure with vision correction function
WO2016075338A1 (en) * 2014-11-14 2016-05-19 Xvision Closed glasses with integrated optical lenses
CN218272970U (en) * 2022-09-13 2023-01-10 厦门腾诺光学科技有限公司 Integrated goggles

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