CN210465891U

CN210465891U - Upper and lower bifocal integrated mirror

Info

Publication number: CN210465891U
Application number: CN201921710709.5U
Authority: CN
Inventors: 王为义
Original assignee: Chongqing Konciling Glasses Co Ltd
Current assignee: Chongqing Konciling Glasses Co Ltd
Priority date: 2019-10-11
Filing date: 2019-10-11
Publication date: 2020-05-05
Anticipated expiration: 2029-10-11

Abstract

The utility model relates to an upper and lower bifocal integrated mirror, which comprises a left lens, a right lens and a mirror beam; wherein: the left and right lenses are symmetrically formed at two sides of the bridge, the height of the lens is between 20mm and 50mm, the width of the lens is between 30mm and 60mm, and shaft seats for mounting the glasses legs are formed at the outer sides of the left and right lenses; the lens is designed into an upper focal area for far vision and a lower focal area for near vision from top to bottom, and the highest upper edge of the boundary line of the lower focal area is positioned at the lower side of the equivalent center of the lens. The utility model can form the lens into an upper and a lower different luminosity areas according to the eye using habit, namely, lifting eyes to see far and perpendicular eyes to see near natural action, and keep seeing far and having a larger visual angle area, and the sight is near and more concentrated visual design thought, and an integrated glasses forming process is utilized to directly form integrated lenses with various luminosity combinations, thereby being convenient for selection and use; the integrated glasses have the characteristics of resisting fatigue, effectively avoiding myopia deepening and reducing discomfort caused by image distortion.

Description

Upper and lower bifocal integrated mirror

The technical field is as follows:

the utility model belongs to correct eyesight lens field, in particular to upper and lower bifocal integrated lens.

Background art:

the prior progressive zoom lens is mainly used for presbyopic glasses, and solves the trouble of carrying a plurality of pairs of glasses; however, no matter the presbyopia or myopia lenses, serious blind zones are generated on two sides, the vision is deteriorated due to unclear vision, and dangerous factors exist when a user drives the vehicle to go up and down stairs. In the field of myopia of teenagers, a gradual change method is not adopted, and due to the fact that eyeballs of the teenagers have good functions and strong self-care adjusting capability, the myopia-preventing glasses can adapt to adjustment of near seeing and far seeing. Therefore, the purpose of far-vision and clear vision is also to ensure that the blackboard can be seen clearly in class, and if the glasses used for class are still used, the vision is deteriorated after a certain time, such as a school period, and deeper glasses are worn again.

The inventor makes corresponding innovation for the industry, for example, patent application No. 201420175401.6 discloses a lens for preventing and slowing down myopia progression, which is characterized in that the lens is sequentially designed into a far-viewing area, a middle-viewing distance area and a near-viewing area from top to bottom, the lens is organically divided into three areas with different luminosity according to the eye using habits and the physiological functions of eyeballs of teenagers, the eye using sanitation of myopia patients is ensured, and the purpose of slowing down myopia progression or worsening is finally achieved by matching with the eye regulating function of people. However, the scheme is similar to customization, and different myopia degrees need to be provided with lenses corresponding to the myopia degrees, and the popularization of the product is limited due to the selection and the configuration of the spectacle frame.

The integrated glasses are also presented to the public along with the development of industrial processes, but mainly aim at eye protection. Like patent application No. 201020572589.X and application No. 201010516258.9, provide a lens and integrative glasses of picture frame and processing method, create the scheme that the goggles simplified the preparation, nevertheless there is the limitation, how to expand in the corrective glasses field, become the utility model discloses the object of research.

The invention content is as follows:

the utility model aims at designing an integrated into one piece has lens and bridge, and the lens divide into from top to bottom and see the upper and lower bifocal integrated mirror in far zone and near zone.

The utility model discloses technical scheme realizes like this: an upper and lower bifocal integrated mirror comprises a left lens, a right lens and a bridge; the method is characterized in that: the left and right lenses are symmetrically formed at two sides of the bridge, the height of the lens is between 20mm and 50mm, the width of the lens is between 30mm and 60mm, and shaft seats for mounting the glasses legs are formed at the outer sides of the left and right lenses; the lens is designed into an upper focal area for far vision and a lower focal area for near vision from top to bottom, and the highest upper edge of the boundary line of the lower focal area is positioned at the lower side of the equivalent center of the lens.

The lower focal zone has a structure selected from the following structures: the quasi-semi-circle occupies the lower area of the lens, the upper edge of a boundary line is a horizontal line, and the distance between the quasi-semi-circle and the equivalent center is 2-10 mm; secondly, the line is circular or elliptical, the distance between the upper edge of the boundary line and the equivalent center is 2-10mm, and the distance between the center of a circle or the center of an ellipse and the equivalent center is 10-15 mm; thirdly, an upper arc is formed, the upper edge of the boundary line is arc-shaped, and the distance between the highest point and the equivalent center is 2-10 mm; and the upper edge of the boundary line is in a horizontal line shape, the lower edge of the boundary line is in a circular arc shape, the distance between the upper edge of the boundary line and the equivalent center is 2-10mm, and the distance between the lower edge of the boundary line and the lower edge of the lens is 1-3 mm.

The distance between the central planes of the lower focal areas of the left lens and the right lens is less than or equal to the distance between the central planes of the left lens and the right lens.

And an upper frame for connecting the mirror beam and the shaft seat is formed on the upper edges of the left and right mirrors.

The utility model can form the lens into an upper and a lower different luminosity areas according to the eye using habit, namely, lifting eyes to see far and perpendicular eyes to see near natural action, and keep seeing far and having a larger visual angle area, and the sight is near and more concentrated visual design thought, and an integrated glasses forming process is utilized to directly form integrated lenses with various luminosity combinations, thereby being convenient for selection and use; the integrated glasses have the characteristics of resisting fatigue, effectively avoiding myopia deepening and reducing discomfort caused by image distortion.

Description of the drawings:

the present invention will be further explained with reference to the following specific drawings:

FIG. 1 is a perspective view of an upper arc-shaped bifocal integrated lens

FIG. 2 is a view similar to a view of a semi-circle dual-focus integrated mirror

FIG. 3 is a schematic view of a circular bifocal integrated mirror

FIG. 4 is a schematic view of an upper arc-shaped bifocal integrated mirror

FIG. 5 is a view showing a half-moon-shaped bifocal lens

Wherein

1-lens 11-upper focal zone 12-lower focal zone

2-bridge 3-axle seat 4-upper frame

A-center of equivalence

The specific implementation mode is as follows:

referring to fig. 1 to 5, the upper and lower bifocal integrated mirror includes a left lens 1, a right lens 1 and a bridge 2; the left and right lenses 1 are symmetrically formed at two sides of the bridge 2, and shaft seats 3 for mounting the glasses legs are formed at the outer sides of the left and right lenses 1; the lens 1 has a height of 20mm-50mm and a width of 30mm-60mm, and can be worn in various face shapes. Further, an upper frame 4 for connecting the bridge 2 and the shaft seat 3 can be formed on the upper edges of the left and right lenses 1, or a lower frame can be formed on the lower edges of the lenses at the same time, so that three types of full frames, half frames and frameless lenses can be selected.

The lens 1 is designed into a far-looking upper focal area 11 and a near-looking lower focal area 12, the highest upper edge of the boundary line of the lower focal area 12 is positioned at the lower side of the equivalent center A of the lens, namely the area of the lower focal area is smaller, and the lower focal area has the following structures:

firstly, as shown in fig. 2, the quasi-semi-circle occupies the lower area of the lens 1, and the upper edge of the boundary line is a horizontal line, and is located at a distance of 2-10mm, preferably 5-10mm, from the equivalent center a, because the boundary line occupies a larger width, and the lower position of the boundary line is more suitable. Such a semicircle is herein an equivalent to a lens that is circular.

Secondly, as shown in FIG. 3, the distance between the upper edge of the boundary line and the equivalent center is 2-10mm, and the distance between the center of the circle or the center of the ellipse and the equivalent center A is 10-15 mm; the distance between the upper edge of the boundary line and the equivalent center in the structure is preferably 2-5mm, and the circular or elliptical lower focal region 12 occupies a small area and is more concentrated, so that the whole structure is better.

And thirdly, as shown in fig. 1 and 4, the upper arc is arranged, the upper edge of the boundary line is an arc, and the distance between the highest point and the equivalent center is between 2 and 10mm, preferably between 2 and 5 mm.

Fourthly, as shown in figure 5, the lens is half-moon-shaped, the upper edge of the boundary line is a horizontal line, the lower edge of the boundary line is arc-shaped, the distance between the upper edge of the boundary line and the equivalent center is 2-10mm, and the distance between the lower edge of the boundary line and the lower edge of the lens is 1-3 mm; like the first variant, a distance of between 5 and 10mm is preferred.

Considering that the far-looking eyes are generally parallel to each other, and the near-looking eyes intersect at a text or a specific point, similar to the eye-alignment state, for this reason, the distance between the central planes of the lower focal areas 12 of the left and right lenses is less than or equal to the distance between the central planes of the left and right lenses 1, that is, the lower focal area 12 is slightly shifted toward the middle, as shown in fig. 3. The requirement of near vision is met, the eyes can see through the center of the lower focal zone, and the deformation of vision is reduced to the maximum extent. In addition, the luminosity numbers of the upper focal zone 11 and the lower focal zone 12 can be formed on a convex curved surface or a concave curved surface, and the other surface provides the requirement of astigmatism secondary processing when lenses are assembled in the later period.

The equivalent center a of the lens is the center point of the circular lens. The integrated glasses can be used for making myopia glasses for teenagers, such as upper focal zone 11 with high optical power and lower focal zone 12 with low optical power or being flat, so that myopia patients can not or rarely see the myopia and the asthenopia can be effectively prevented, more specifically, the optical power of the upper focal zone 11 is between 130 and 1000, and the optical power of the lower focal zone 12 is between 0 and 600, and various typical values are combined. The glasses suitable for the middle-aged and the elderly can be formed, the luminosity number of the upper focal zone 11 is flat or low, the luminosity number of the lower focal zone 12 is high, for example, the luminosity number of the upper focal zone 11 is-200 to +100, and the luminosity number of the lower focal zone 12 is +100 to +300, so that the glasses can be suitable for the middle-aged and the elderly with myopia or the elderly with hypermetropia.

Claims

1. An upper and lower bifocal integrated mirror comprises a left lens, a right lens and a bridge; the method is characterized in that: the left and right lenses are symmetrically formed at two sides of the bridge, the height of the lens is between 20mm and 50mm, the width of the lens is between 30mm and 60mm, and shaft seats for mounting the glasses legs are formed at the outer sides of the left and right lenses; the lens is designed into an upper focal area for far vision and a lower focal area for near vision from top to bottom, and the highest upper edge of the boundary line of the lower focal area is positioned at the lower side of the equivalent center of the lens.

2. The upper and lower bifocal all-in-one mirror according to claim 1, wherein: the lower focal zone has a structure selected from the following: the quasi-semi-circle occupies the lower area of the lens, the upper edge of a boundary line is a horizontal line, and the distance between the quasi-semi-circle and the equivalent center is 2-10 mm; secondly, the line is circular or elliptical, the distance between the upper edge of the boundary line and the equivalent center is 2-10mm, and the distance between the center of a circle or the center of an ellipse and the equivalent center is 10-15 mm; thirdly, an upper arc is formed, the upper edge of the boundary line is arc-shaped, and the distance between the highest point and the equivalent center is 2-10 mm; and the upper edge of the boundary line is in a horizontal line shape, the lower edge of the boundary line is in a circular arc shape, the distance between the upper edge of the boundary line and the equivalent center is 2-10mm, and the distance between the lower edge of the boundary line and the lower edge of the lens is 1-3 mm.

3. An upper and lower bifocal all-in-one mirror according to claim 1 or 2, characterized in that: the distance between the central planes of the lower focal areas of the left lens and the right lens is less than or equal to the distance between the central planes of the left lens and the right lens.

4. An upper and lower bifocal all-in-one mirror according to claim 1 or 2, characterized in that: the upper edge of the left lens and the right lens is provided with an upper frame which is used for connecting the bridge and the shaft seat.