KR20110128422A

KR20110128422A - Jaehak-jungsoo eyeglasses

Info

Publication number: KR20110128422A
Application number: KR1020100047860A
Authority: KR
Inventors: 신재학
Original assignee: 신재학
Priority date: 2010-05-24
Filing date: 2010-05-24
Publication date: 2011-11-30

Abstract

PURPOSE: Glasses for vision correction having a slope hole is provided to increase a pinhole effect by minimizing the disturbance of an external light source according to the location of pupils or vision. CONSTITUTION: A plurality of holes(5') is formed in a lens of glasses(3) having constant size and thickness. The hole is formed in order to give a pinhole effect to the lens of glasses. Each hole has an independent slope value. The lens of glasses is slotted by a drill having a slope value through jig. The lens of glasses is manufactured by a pre-set design to mold ejection.

Description

Eyeglasses for Sight Correction with a Gradient Hole in School-Integer Formula {JaeHak-JungSoo Eyeglasses}

The present invention relates to an eyeglass for correcting vision having an inclination hole of a school-integrated type, which is manufactured or completed to provide a pinhole effect, wherein the formation of each hole of the spectacle lens is based on the direction of the user's gaze. It relates to the glasses for vision correction manufactured and completed by the school-integer law so that you can see.

The present invention relates to an eyeglass for correcting vision having an inclination hole of a school-integrated type, and includes a spectacle lens having a plurality of holes (hereinafter referred to as "pinholes") in a thin opaque plate that is used as a conventional method for correcting vision. Wearing glasses causes the wearer's eye muscles to "naturally" exercise while looking at the subject through the pinhole, and as a result, the phenomenon of vision recovery or this effect is called the "pinhole effect."

Since the "pinhole effect" has been known for a long time, both inside and outside, many glasses (pinhole glasses) using this principle have been produced for many years in various countries around the world, and have been used for correction of various vision disorders, myopia, astigmatism, hyperopia, and presbyopia. .

This pinhole glasses is a single standard lens that was developed and patented in the United States in the 1950s, and is still the "critical defect" of the product. The structural and functional defects have not been improved or supplemented at all.

It is very unreasonable for all visually impaired people with different degree of disability (light and medium) to wear it for "Ocular Muscle Normalization Exercise" with one pinhole lens of a certain standard. In most cases, the space does not look good or blurred because there is no tilt of the pinhole hole. Due to the hole drilled at right angles with the spectacle lens, only the center plane of the lens was clear and the image of the outside was blurred when the vertical angle of the lens was deviated for a gaze treatment.

The present invention relates to an eyeglass for correcting vision having an inclination hole of a school-integer formula.

In the pinhole to the spectacle lens constituting the conventional glasses for correcting vision, to solve the above problems and provide a clear image according to the direction of the eyes of the user's eyes while maximizing the optic nerve movement, the user wears glasses for correcting the vision In order to provide a clear image even in the eye movement (up, down, left and right) or the gaze direction of the eyeball, the holes of the respective pinholes or the respective pinholes are formed at a predetermined angle. I needed to.

In order to provide an effective pinhole effect, each of the holes (pinholes) arranged in the spectacle lens provides a spectacle lens formed to have a constant angle so that an external light source can pass through the pinhole and be directly directed to the eye of the user.

For example, in the center of the spectacle lens, a hole is formed at a right angle to the spectacle lens at a 90 ° direction, and the point is the origin, and a hole spaced a certain distance from the origin parallel to the eye, that is, the tangent of the trigonometric function. Angled slanted holes were allowed to form individually.

The invention according to the present invention is the position of the eye-correction glasses having a slope hole of the enrollment-integer equation, the position of the wearer or the user's own pupil of the present invention or the position of the external light source is minimized depending on the gaze to be looked at It has a distinctive feature that increases the pinhole effect and gives stability to activities.

Therefore, there is no inconvenience in using it for a long time, and it depends on the gaze treatment

Because it is clear, it helps the achievement and study by maximizing concentration.

This effect helps the brain concentrate and strain the movement of the optic nerve or eye muscles of the eyes, which helps blood circulation and suppresses aging around the eyes and normalizes eyesight. It is about.

1 is a perspective view of a conventional sight correcting glasses.
Figure 2 is a state of use of the glasses of Figure 1;
3 is a view showing the optical properties for correcting eyeglasses having a slope hole of enrollment-integer equation in accordance with the present invention.
4 is a formula of the lens hole inclination value having a slope hole of the enrollment-integer equation in accordance with the present invention.
Figure 5 is a state of use glasses for correcting vision having a slope hole of one embodiment enrollment-integer according to the present invention.

The present invention relates to an eyeglass for correcting vision having an inclination hole of enrollment-integer,

1 is a perspective view of a conventional sight correcting glasses.

As described above, the conventional vision correcting glasses 1 is a spectacle lens 3 in which a plurality of holes 5 are formed in the spectacle lens 3 of transparent or opaque material. In order to help the eyes concentrate and promote blood circulation, such as glasses used naturally, but it was invented to help with vision recovery and eye movement.

FIG. 2 shows a state of use of the glasses of FIG. 1.

When the user or wearer of the conventional vision correcting glasses 1 uses the substance, the direction of the hole of the spectacle lens 3 is at right angles to the spectacle lens 3 so that the light 10 is the hole of the spectacle lens 3. 5) pass through, but when the user looks over the glasses because it is not in line with the user's eyes, it is only clear near the center and the upper, lower, left and right points are relatively dark or limited, so the usual viewing angle is also turned to the eyes. There was a discomfort to move in accordance with the direction, and this phenomenon was apparent when the spectacle lens 3 is an opaque material.

Therefore, the present invention is to form a plurality of holes in order to give a pinhole effect to the spectacle lens having a certain size or area, a certain point of the spectacle lens as a reference point and a predetermined distance away from the reference point, so that the corresponding holes are fixed toward the reference point By having a slope, each hole is characterized by having a slope value by the calculated value. Such spectacle lenses are eyeglasses for correcting eyesight having an inclination hole of a school-integer type, which is manufactured by drilling a mold having an inclination value through a jig in manufacturing or by injection molding by a design determined in mass production.

Referring to the glasses for correcting vision having a gradient hole of the enrollment-integer formula of the present invention,

Figure 3 is shown in the optical properties of the eyeglasses for vision correction having a slope hole of school-integer equation according to the present invention.

With the pupil position as the focal point and the spectacle lens 3 of the present invention positioned at a distance of about 1 cm to 3 cm, the holes 5 'are uniformly distributed so that light passes through the thickness of the spectacle lens 3. Extending in line is characterized by having a function or manufactured to gather near the focal point.

In other words,

As the convex lens changes the direction of light according to the state of the light propagating medium, and the light is gathered in one place at a certain distance, the sight correcting glasses having the inclination hole of the school-integer equation of the present invention is light A slope value defined on the spectacle lens 3 so as to pass through respective holes 5 'formed in the lens with respect to the direction going straight in the natural space with the holes facing the eye point away from the lens. It can be said that it means the form or state manufactured to have.

4 is a formula of the lens hole inclination value having the slope hole of the enrollment-integer equation according to the present invention.

In the spectacle lens 3 having a constant size, area and thickness t, each of the holes 5 'has a respective inclination A value.

The holes 5 'of each spectacle lens 3 perforated or formed along a predetermined focal point are preferably formed with a hole 5' perpendicular to the spectacle lens 3 when the slope with respect to the optical focus is 0. The hole 5 'at the point that has a constant vertically perpendicular to the focal point has the tangent of the triangular function as the slope A, ie each hole is calculated to have a tangent value. It is perforated or manufactured.

This will be described in detail with reference to FIGS. 3 and 4.

Suppose there are P ₀ and P ₁ ..... Pn with constant distance values in the transverse and longitudinal sides with respect to the focal point (0, 0),

P ₀ ₌ (x ₁ + y ₁ ), P ₁ ₌ (x ₁ + y ₂ ), P ₂ ₌ (x ₁ + y ₃ ) ‥‥‥ Pn ₌ (x ₁ + yn)

In other words, all the holes in the equation above have a fixed value x ₁ with respect to the focal point, and the value of y varies.

Subsequently, the inclination characteristics of the respective holes will be described.

Slope of P ₀ of a specific hole A ₀

,

Slope of P ₁ of a specific hole A1

Can be calculated as

The reason for this is for the user to form the holes 5 'of the spectacle lens 3 with accurate and constant mathematical calculations in the visual direction for eliminating inconvenience in use and giving a pinhole effect. A process of calculating and completing each position of each corresponding hole 5 'that is molded or punched in the spectacle lens 3 having a predetermined thickness t, that is, the hole 5' of the spectacle lens 3 that is perforated or drilled. ) Is called a school-integer equation. In summary, each of the holes 5 'that are perforated or formed for the pinhole effect in the vision correcting spectacle lens 3 having a certain size and a certain thickness has a predetermined distance. The independent slope (A) from the defocused point is

Eyeglasses for vision correction, manufactured or completed in school-integer with a value calculated as.

Here, under ideal conditions, the sum of the slopes of all the holes 5 'is

Is a feature that can be said to converge values of 0 or 0,

It is a sight-correcting glasses having a school-integer inclination hole of the present invention characterized by having a focus at a certain distance if all the holes extend the virtual extension line by the slope value.

The reason is that the first quadrant and the third quadrant are contrasted or symmetrical with each other, and the second and fourth quadrants are also contrasted or symmetrical with respect to the hole 5 'having a 0 degree of hole inclination in the coordinate lens name of the spectacle lens 3. They will cancel each other out.

The functions and features of the present invention described or listed above are consequently independent of the thickness of the spectacle lens 3, and the user can gaze in a desired direction irrespective of the spectacle lens 3 material. There is another feature that can provide clearness without visual obstruction or obstruction even with glasses.

These features are a very advantageous invention that can be used for both young and old, meaning that the variety, function and design of the lens of the present invention, the scope of business or industrial choice, etc. is expanded.

5 is a view showing the state of use of eyeglasses for correcting eyes having an inclination hole in one embodiment of the present invention-an integer.

The holes 5 'of the spectacle lens 3 having a certain thickness are formed to have a constant angle so that the wide external light 10 is matched to the user's eyes, and there is no gaze obstruction even in a desired direction according to the position of the pupil of the user. It is a sight-correcting glasses with a school-integer inclination hole that can provide a pinhole effect while recognizing clear surroundings. That is, the glasses for correcting vision having a slope hole of the enrollment-integer equation of the present invention

Several holes are perforated or formed in the spectacle lens having a certain size and thickness to give a pinhole effect, and each hole has an independent inclination value, and if it extends outside the imaginary line by 1cm ~ 5cm, it becomes focused. It is a spectacle correcting glasses having a slope hole of each school-integer formula having a tilt value of each hole, but characterized by a pinhole perforated or formed to have a value calculated by the formula.

* Description of the symbols for the main parts of the drawings *
1: Sight correction glasses
3: eyeglass lens
5, 5 ': hole (perforation)
10: visible light

Claims

In the eyeglasses for correction of vision having a slope hole of enrollment-integer,
In order to give a pinhole effect, a plurality of holes are perforated or formed in a spectacle lens having a certain size and thickness, each hole having an independent inclination value, each having a focal point extending from 1 cm to 5 cm outside the virtual line. Slope of the hole of

Eyeglasses for correcting vision having an inclination hole of a school-integer type, which is manufactured or completed with an eyeglass lens characterized by independent pinholes in which holes are formed or formed to have an inclination value.

The method according to claim 1,
Under ideal conditions, the sum of all the slopes of all the holes is
Glasses for correcting vision with a school-integer inclination hole, each hole mathematically converging or having a slope close to zero.