阅读说明：本技术 利用横竖斜格子的立体交叉的针孔眼镜 (Stereo-crossed pinhole glasses using horizontal and vertical oblique lattices ) 是由 黄斗源 于 2019-10-14 设计创作，主要内容包括：本发明提供一种利用横竖斜格子的立体交叉的针孔眼镜,所述针孔眼镜由镜架、固定于所述镜架的不透明材料而制成的加工镜片、以及形成于所述加工镜片上的多个针孔而构成,为了形成所述针孔,以使用者的眼睛为准,在内侧以预定间隔形成有多个纵向斜格子,在外侧以预定间隔形成有多个横向斜格子,所述横向斜格子与纵向斜格子相交叉形成多个四边形针孔,本发明是以使用者的眼睛为准,在内侧以预定间隔形成有多个纵向斜格子,在外侧以预定间隔形成有多个横向斜格子,使所述斜格子具有相互重叠的立体结构,并且,对所述斜格子形成预定的倾斜度使针孔的形状形成为平行四边形或梯形,从而,使射向瞳孔正面的光线碰撞在倾斜面而反射或折射后到达瞳孔,以防刺眼现象,同时更清晰地看到物体的非常有用的发明。(The present invention provides a pair of glasses with pinholes formed thereon, the glasses having a frame, a processed lens made of an opaque material fixed to the frame, and a plurality of pinholes formed on the processed lens, wherein a plurality of longitudinal diagonal grids are formed at predetermined intervals on an inner side with respect to eyes of a user, a plurality of transverse diagonal grids are formed at predetermined intervals on an outer side with respect to eyes of the user, the transverse diagonal grids and the longitudinal diagonal grids intersect to form a plurality of quadrangular pinholes, the glasses have a structure in which the diagonal grids are overlapped with each other, and the pinholes are formed in a parallelogram or trapezoid shape with a predetermined inclination with respect to the diagonal grids, therefore, the light emitted to the front of the pupil can reach the pupil after being reflected or refracted by the inclined surface, so as to prevent the dazzling phenomenon and see the object more clearly.)

1. A pair of stereo crossed pinhole spectacles using a horizontal and vertical diagonal lattice is characterized by comprising a spectacle frame, a processed lens made of opaque material and fixed on the spectacle frame, and a plurality of pinholes formed on the processed lens,

in order to form the pinholes, a plurality of longitudinal oblique lattices (110) are formed at predetermined intervals on the inner side and a plurality of transverse oblique lattices (120) are formed at predetermined intervals on the outer side, based on the eyes of a user, and the transverse oblique lattices (120) and the longitudinal oblique lattices (110) are crossed to form a plurality of quadrilateral pinholes.

2. The spectacles according to claim 1, wherein the thickness of the inner ends (111, 121) is relatively greater than the thickness of the outer ends (112, 122) in the longitudinal diagonal lattice (110) or the transverse diagonal lattice (120), or the longitudinal diagonal lattice (110) or the transverse diagonal lattice (120) may be configured in a symmetrical form in which the width thereof gradually decreases toward the middle length.

3. The vertically crossing pin-hole glasses using the horizontally and vertically crossing cells as claimed in claim 1, wherein the inclined surface (120) is formed by forming a predetermined inclination to the vertically crossing cell (110) and the horizontally crossing cell (120).

4. The glasses with the stereo crossing of the diagonal lattices in claim 1, wherein the diagonal lattices in the longitudinal direction (110) or the diagonal lattices in the transverse direction (120) are arranged at a height difference of a predetermined interval, the interval of the height difference being selected from 0.5 to 1 mm.

5. The spectacles according to claim 3, wherein the diagonal lattices (120) are formed so that the upper width of the diagonal lattice (120) is relatively wider than the lower width thereof, with a step difference in the diagonal direction.

Technical Field

The present invention relates to a pair of vertically crossing pin-hole glasses using a vertically crossing cell, and more particularly, to a pair of vertically crossing pin-hole glasses using a vertically crossing cell, which forms a plurality of pin-holes having a three-dimensional structure in which 2 layers of vertically crossing cells are overlapped, wherein the cells are formed as inclined surfaces having a predetermined inclination, and which can effectively block reflected light to the pupil, thereby having an excellent anti-glare effect, and further, the pin-holes can be expected to have a magnifying lens effect of more clearly seeing characters by a dual three-dimensional effect of the cell structure.

Background

Recently, in order to correct myopia or hyperopia or to recover eye fatigue, spectacles using pinhole effects that enable the effect of an object to be clearly seen by causing eye muscles to automatically perform a normalizing movement by focusing scattered focal points of lenses at one point when the object is seen through a small hole drilled with a needle are used.

Thus, even if the lens of the glasses using the pinhole effect has no power, the muscles and the crystalline lens of the eyeball can be adjusted to read the small characters.

In addition, the principle of the lens is that the lens becomes thicker when looking at the near and thinner when looking at the far.

However, when the lens is hardened due to the acquired influence, the vision is deteriorated, and when glasses using the pinhole effect are worn, the light entering through the hole activates the movement of the lens to maintain the fatigue and health of the eyes, and the nerves of the eyeball are relaxed to restore the vision.

The conventional pinhole glasses using the pinhole effect are configured by a frame and a processed lens fixed to the frame, the processed lens being made of an opaque material and having a plurality of pinholes through which light passes.

Although the effect of clearly seeing an object can be obtained by reducing light transmission through the pinhole, a problem occurs in that the object is blurred due to a glare phenomenon since light directed to the front of the pupil directly passes through.

Further, the conventional pinhole is formed of a plurality of small holes, but since the hole is separated from the hole, there is a problem that when an object is viewed while moving the hole, the object looks like a wave.

On the one hand, the applicant experienced a lot of strain, in the course of which he had an interest in the movement of the eyeball and used pinhole glasses, since he had acute presbyopia and was unable to read the text of the book or newspaper.

However, since conventional pinhole glasses have a simple pinhole pattern on a plane surface and no special effect is obtained, there is interest in and research into the production of stereoscopic pinhole glasses that can provide stronger stimulation to the eyes.

In the research process, it is known that the fine slits of the oblique lattices also have a pinhole effect, and it is known that the pinhole made by overlapping 2 oblique lattices has a certain effect compared with the existing pinhole, and through a plurality of failures, it is found that the words can be clearly seen when the words are viewed by the overlapping razor blades of the disposable razor formed by overlapping 3 razor blades, in view of this, the oblique lattices such as the air suction opening of the air conditioner or the 3-fold razor blades are inclined to one side, and the pinhole glasses are made by overlapping 2 oblique lattice structural plates (the transverse oblique lattices and the vertical oblique lattices), and as a result, it can be seen that the amplification effect is very strong.

Then, the present inventors have made the present invention and made various experiments, and as a result, when the cross plates and the longitudinal plates are overlapped with each other after the inclined lattice structure plates are erected, rectangular pinholes are formed, and then the structure plates are inclined and overlapped with each other in an inclined state, parallelogram or trapezoidal pinholes are formed, and at this time, the enlargement effect is stronger and the visual field is widened, thereby completing the present invention.

On the other hand, although the presbyopic glasses can be seen clearly, there is a fatal disadvantage that the vision becomes worse. This is because the flower mirror does not reflect light, but is fully accepted. It is well known that when the eye is excessively exposed to intense light, the eye becomes tired and vision deteriorates. Presbyopia patients often do not see the words because they are too small, but do not see clearly because of the reflected light.

Therefore, the pinhole glasses receive less light than the lenses, and therefore, can help presbyopia to see words. However, since the conventional pinhole glasses are simply perforated on a plane, reflection of light toward the center of the hole cannot be avoided although the hole is small.

In contrast, the present invention has a double structure of the inclined surface, and can effectively block the reflected light that is incident, thereby providing an excellent antiglare effect. In addition, the magnifying effect of clearly displaying characters through the double three-dimensional effect of the inclined lattice structure is stronger than that of the existing pinhole glasses, so that the glasses have the effect of combining the advantages of the glasses with the advantages of the pinhole glasses.

Disclosure of Invention

Technical problem

The present invention has been made to solve the above-mentioned problems, and it is an object of the present invention to provide a pair of vertically crossing pin-hole glasses using vertically crossing pins, in which a plurality of longitudinally crossing pins are formed at predetermined intervals on an inner side and a plurality of horizontally crossing pins are formed at predetermined intervals on an outer side with respect to eyes of a user, the pins have a three-dimensional structure in which the pins overlap each other, and the pins are formed at predetermined inclinations to form a parallelogram or a trapezoid shape of the pin-hole, so that light directed to a front surface of the pupil hits the inclined surface and is reflected or refracted to reach the pupil, thereby preventing a dazzling phenomenon and allowing the user to more clearly see an object.

Means for solving the problems

In order to achieve the above object, the glasses with vertical and horizontal diagonal grids for stereoscopic cross comprising a frame, a processed lens made of opaque material fixed to the frame, and a plurality of pinholes formed on the processed lens, wherein a plurality of vertical diagonal grids are formed at predetermined intervals on the inner side and a plurality of horizontal diagonal grids are formed at predetermined intervals on the outer side with respect to the eyes of the user, and a plurality of quadrangular pinholes are formed by crossing the horizontal diagonal grids and the vertical diagonal grids.

In the longitudinal or lateral slant grids, the thickness of the inner end is relatively thicker than the thickness of the outer end, or the longitudinal or lateral slant grids may be formed in a symmetrical form in which the width thereof gradually decreases toward the middle length.

And, the longitudinal direction inclined lattices and the transverse direction inclined lattices are formed with a predetermined inclination to form inclined planes.

Also, the longitudinal direction slant lattice or the lateral direction slant lattice is arranged with a height difference of a predetermined interval, and the interval of the height difference is selected to be 0.5 to 1 mm.

The horizontal diagonal lattice is formed to have a step in a diagonal direction, and the upper width of the diagonal lattice is relatively wider than the lower width.

Effects of the invention

As described above, the glasses for pinhole using the crossing of the vertical and horizontal lattices according to the present invention has the effects that a plurality of vertical lattices are formed at predetermined intervals at the inner side and a plurality of horizontal lattices are formed at predetermined intervals at the outer side based on the eyes of the user, the vertical lattices have a three-dimensional structure in which the vertical lattices overlap each other, and the predetermined inclination is formed with respect to the vertical lattices so that the shape of the pinhole is formed in a parallelogram or trapezoid, thereby allowing the light directed to the front of the pupil to collide with the inclined surface and be reflected or refracted and then reach the pupil, preventing the eye-piercing phenomenon, and more clearly seeing the object.

The present invention can be used as a substitute for presbyopic glasses when reading books or newspapers, and can provide an eye movement effect when reading books carefully because of the focusing function without the presbyopic effect of the lens, and can be used as a substitute for glasses when reading light-emitting bodies such as televisions, computers, mobile phones, and movies because of the strong antiglare function.

Drawings

Fig. 1 is a perspective view showing the pinhole spectacles of the present invention.

Fig. 2 is a perspective view showing an example of a combination structure of longitudinal and transverse diagonal lattices used for the pinhole structure of the present invention.

Fig. 3 is a perspective view showing another embodiment of a combination structure of longitudinal and transverse diagonal lattices used for the pinhole structure of the present invention.

Fig. 4 is a perspective view showing another embodiment of a bonding structure of a diagonal lattice used for the pinhole structure of the present invention.

(description of reference numerals)

100: pinhole glasses 110 of the present invention: longitudinal oblique grid

120: transverse diagonal lattices 110a, 120 a: inclined plane

111. 121: inner ends 112, 122: outer end

130: frame 131: segment difference plate

Detailed Description

The present invention for achieving the above objects and effects will be described in more detail with reference to preferred embodiments as follows.

The glasses with pinholes 100 using the vertical and horizontal lattices of the present invention comprises a frame, a processed lens made of an opaque material fixed to the frame, and a plurality of pinholes formed on the processed lens, wherein a plurality of vertical lattices 110 are formed at predetermined intervals on an inner side and a plurality of horizontal lattices 120 are formed at predetermined intervals on an outer side with respect to eyes of a user, and the horizontal lattices 120 cross the vertical lattices 110 to form a plurality of quadrangular pinholes.

In this case, a through hole larger than the pupil is formed in the processed lens, a plurality of pinholes formed by the plurality of vertical diagonal lattices 110 and the plurality of horizontal diagonal lattices 120 are formed in the through hole, and the vertical diagonal lattices 110 and the horizontal diagonal lattices 120 are fixed by a frame 130 located at an inner edge of the through hole. Of course, the plurality of diagonal lattices 110 and 120 are fixed to the frame 130 by various bonding means (hot melt, adhesive, etc.), and the frame 130 is also fixed to the processed lens by bonding means.

In this case, it is preferable that the thickness of the inner end 111 (end close to the pupil) of the longitudinally-slanted lattice 110 is relatively thicker than the thickness of the outer end 112 because light rays flowing into the pupil from the slanted lattice planes (flat surfaces of the slanted lattices) are blocked, and the visual field is diffused around the pupil.

For the above-described principle, the thickness of the laterally inclined lattice 120 is preferably formed to be relatively larger at the inner end 121 than at the outer end 122.

At this time, since the slanted lattices 110 and 120 have a shape in which the width thereof gradually increases or decreases from one end to the other end (in the longitudinal direction), the size of the pinholes formed by crossing the slanted lattices 110 and 120 gradually increases or decreases at a predetermined ratio, thereby having an effect of a progressive multifocal effect in which there are differences in brightness and sharpness according to the size of the pinholes, and further, a magnification phenomenon in which a near object is significantly seen is large, so that there is an effect that characters seen are larger and easier to read.

The longitudinal diagonal lattice 110 or the lateral diagonal lattice may be configured to have a symmetrical shape in which the width thereof gradually decreases toward the middle length.

In addition, the longitudinal and transverse diagonal grids 110 and 120 are preferably formed to be spaced apart from each other at a predetermined interval, not to be closely attached, because the text or the object is more clearly seen in the visual field when the object is viewed.

It is preferable that the inclined surfaces 110a and 120a are formed at predetermined inclinations with respect to the longitudinal inclined lattices 110 and the lateral inclined lattices 120, because light rays emitted toward the front of the pupil are more effectively reflected or refracted to prevent glare and thus to more clearly see an object.

Further, the longitudinal direction slant grids 110 or the lateral direction slant grids are arranged with a height difference of a predetermined interval, and the interval of the height difference is preferably selected to be 0.5 to 1mm, because the larger the interval of the height difference is, the more the inflow amount of light is, the brighter the visual field is, but the lower the definition of characters is, and conversely, the narrower the interval of the height difference is, the darker the visual field is, but the higher the definition of characters is.

Therefore, for a myopic person who cannot see far, a pinhole glasses with a large interval difference and a bright field of vision is good, and for a presbyopia with severe presbyopia, a pinhole glasses with a small interval difference and a dark field of vision but with clear characters are good.

In addition, the transverse diagonal lattice 120 is formed to have a step difference in the diagonal direction,

the diagonal lattice 120 is configured such that the upper width is relatively wider than the lower width.

In this case, it is preferable that a plurality of step plates 131 are formed in the frame 130 in order to form a step for the laterally inclined lattice 120, the laterally inclined lattice 120 has a step structure in which the step plates 131 are overlapped, and the laterally inclined lattice 120 is inclined toward the nose of the user instead of a horizontal structure, so that the pinhole enlargement effect is stronger and the field of view is wider.

As described above, according to the present invention, the longitudinal louver 110 and the lateral louver 120 intersect with each other to form a louver hole, and the louver 110, 120 is formed in an elongated beam-shaped bar having a width gradually narrowing from one end to the other end or in a bilaterally symmetrical butterfly shape having a width gradually narrowing toward the middle, and the effect of the progressive multifocal effect is obtained in which the pinhole formed by intersecting the louvers gradually becomes larger and smaller by the shape in which the widths of the louver 110, 120 gradually become smaller and larger.

That is, the existing pinhole glasses have a simple plane structure, so that light cannot be well controlled, and thus, a dazzling phenomenon that light is seriously reflected at a specific part occurs when a user reads a book, and a phenomenon that letters move like waves and are neglected occurs when the user reads a book, but the pinhole glasses have a structure of 2 layers crossing vertically and horizontally to form a pinhole due to a slender gap, so that a wave phenomenon caused by disconnection does not occur, and light is controlled by the depth of the 2 layers of structure, so that a dazzling phenomenon that a specific part appears too bright does not occur.

As described above, although the present invention has been described by way of limited embodiments, the present invention is not limited thereto, and those skilled in the art to which the present invention pertains can make various modifications and alterations within the technical spirit of the present invention and the scope of the appended claims.