TWM595772U - Anti-fatigue decompression integrated mirror - Google Patents

Abstract

The utility model relates to an anti-fatigue and decompression integrated mirror, which includes left and right lenses and a mirror beam; characterized in that the left and right lenses are symmetrically formed on both sides of the mirror beam, and the lens height is between 20mm-50mm; the lens is designed up and down Look at the far zone and look at the near zone. The utility model utilizes an integrated glasses forming process, and forms the lens with two different luminosity areas, and combines with the habit of using the eye, that is, looking up and looking down and looking at the natural movements. It can be designed into myopia glasses and can also be formed. Presbyopic glasses, and the upper and lower lenses are divided by the horizontal line to see the far and near areas, to avoid the discomfort of the image distortion caused by the gradual transition of the design, but also simplify the difficulty of the integrated molding process.

Description

Anti-fatigue decompression integrated mirror

The utility model belongs to the field of vision correction lenses, in particular to an anti-fatigue decompression integrated mirror.

Existing progressive zoom lenses are mostly used in reading glasses to solve the problem of having to carry multiple pairs of glasses; however, regardless of reading glasses or myopia lenses, there are serious blind spots on both sides, which can cause vision deterioration due to unclear vision. There are risk factors for driving up and down stairs. However, in the field of youth myopia, no gradual approach is adopted. Because the youth's eyeball function is good and the self-adjustment ability is strong, it can adapt to the adjustment of near and far. Therefore, myopia optometry is also aimed at seeing far and clear, that is to ensure that the blackboard can be seen clearly in class, and a lot of eye time is to do homework and reading at close range. If you still use glasses for class, some After a period of time, such as a semester, it will cause poor vision, and you have to wear deeper glasses.

To this end, the industry has made corresponding innovations, such as patent application number 201420175401.6, which discloses a deepening lens for preventing and reducing myopia, which is characterized in that the lens is designed from top to bottom to see the far zone, the middle distance zone and the near zone, according to the youth Eye habits and eyeball physiology, organically divide the lens into three different luminosity areas to ensure eye health for myopia patients, and cooperate with the human eye to adjust the function, and ultimately achieve the purpose of delaying the deepening or deterioration of myopia. However, this solution is similar to customization, and different myopic powers require lenses to correspond to it, plus the choice and configuration of the frame, which limits the popularity of the product.

And integrated glasses, with the development of industrial technology, also presented to the public, but It is mainly aimed at eye protection. For example, patent application number 201020572589.X and application number 201010516258.9 provide an integrated lens and frame glasses and processing method, creating a plan for simplifying the production of goggles, but there are also limitations. How to expand in the field of corrective glasses has become the research of this utility model. object.

The purpose of the utility model is to design an anti-fatigue and decompression integrated mirror with a lens and a mirror beam integrally formed, and the lens is divided into a far zone and a near zone.

The technical solution of the utility model is realized as follows: an anti-fatigue and decompression integrated mirror, including left and right lenses and a mirror beam; characterized in that the left and right lenses are symmetrically formed on both sides of the mirror beam, and the lens height is between 20mm-50mm ; The lens is designed up and down to see the far zone and near zone.

The left and right lenses are divided into a far-sighted area and a near-sighted area by a level line, and the level line is within a range of 0-10 mm below the center of the lens.

The lens width is between 30mm-60mm, and on the outer side of the left and right lenses, a shaft seat for mounting a temple is also formed.

The utility model utilizes an integrated glasses forming process, and forms the lens with two different luminosity areas, and combines with the habit of using the eye, that is, looking up and looking down and looking at the natural movements. It can be designed as myopia glasses and designed on the upper part of the lens. It has a deeper viewing distance, and the lower part of the lens is a shallow viewing area, ensuring eye health for myopia patients, greatly reducing eye fatigue, and effectively avoiding deepening of myopia; it can also be designed as a reading glasses, the lower part It has a large luminosity, and the upper part is shallow or flat; the upper and lower lenses are divided by the horizontal line to see the far and near areas, to avoid the discomfort of image distortion due to the design transition, and to simplify the process of integrated molding .

1‧‧‧Lens

11‧‧‧Look at the far area

12‧‧‧Look at the near area

13‧‧‧Level line

2‧‧‧Mirror beam

3‧‧‧Shaft seat

A‧‧‧Lens Center

Figure 1 is a schematic diagram of anti-fatigue and decompression integrated mirror

Figure 2 is a schematic diagram of the front projection of the anti-fatigue and decompression integrated mirror

1 and 2, the anti-fatigue and decompression integrated mirror includes left and right lenses 1 and beam 2; left and right lenses 1 are symmetrically formed on both sides of the beam 2, and the lens height is between 20mm-50mm and the width is 30mm Between -60mm, it can be worn by people with various face shapes and interpupillary distances, and can design lens profiles with different fashion characteristics, especially with the special shape of retro round lenses; and on the outside of the left and right lens 1, there are molded temples The shaft base 3; when matching glasses, just select the temple and install it on the one-piece mirror that matches the luminosity, without complicated mirroring process.

When molding, choose the raw materials that are suitable for making the lens, and directly form an integrated mirror with left and right lens 1, mirror beam 2 and shaft base 3, and mirror beam 2 and shaft base 3 can be painted on the surface as needed; in addition, Frames can be formed on the edges of the left and right lenses 1, and can also be painted and decorated, and still belong to the protection of one-piece mirrors.

The lens 1 is designed up and down to see the far zone 11 and the near zone 12, more specifically, the left and right lenses 1 are divided into a far zone 11 and a near zone 12 by a level line 13 which is below the lens center A Within the range of 0-10mm, it is in line with the best object image range for looking far and close. Since the lens power correction is horizontally split, the lens full-screen viewing angle is realized, which is especially suitable for office places. It is necessary to stare at the display screen and pay attention to the desktop data or records. Frequent switching causes eye discomfort and achieves anti-fatigue and decompression effect. The demand for mirrors for middle-aged people.

Such as forming an integrated myopia lens, the lens has 1 luminous power, and the far zone range is -25 to -1000 Between -25 and -500 degrees, such as: looking at a combination of -300 degrees in the far zone, -200 at the near zone, or looking at a combination of -300 degrees in the far zone, and -150 at the near zone, making a comparison Universal and large number of correction one-piece mirrors. This one-piece mirror is suitable for teenagers, it is used to prevent and slow down myopia deepening, and it is more suitable for middle-aged patients with eye muscle regulation and decline.

For farsighted lenses, the range of the far zone is between 0 and 200 degrees, and the range of the near zone is between 100 and 300 degrees, providing a combination of design choices, such as: looking at 0 degrees in the far zone, looking at the combination of 100 in the near zone, or looking at the far zone Zone 100 degrees, see the combination of near zone 250.

1‧‧‧Lens

11‧‧‧Look at the far area

12‧‧‧Look at the near area

13‧‧‧Level line

2‧‧‧Mirror beam

3‧‧‧Shaft seat

A‧‧‧Lens Center

Claims (3)

An anti-fatigue and decompression integrated mirror, including left and right lenses and mirror beams; characterized in that: left and right lenses are symmetrically formed on both sides of the mirror beam, and the lens height is between 20mm-50mm; And look at the near area. The anti-fatigue and decompression integrated mirror according to claim 1, wherein the left and right lenses are divided into a far-sighted area and a near-sighted area by a level line, and the level line is within a range of 0-10 mm below the center of the lens. The anti-fatigue and decompression integrated mirror according to claim 1 or 2, characterized in that the lens width is between 30mm and 60mm, and the shaft seat for mounting the temple is formed on the outside of the left and right lenses.

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