WO2006107186A1 - Pinhole lens set for recovering eyesight - Google Patents

Pinhole lens set for recovering eyesight Download PDF

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Publication number
WO2006107186A1
WO2006107186A1 PCT/KR2006/001299 KR2006001299W WO2006107186A1 WO 2006107186 A1 WO2006107186 A1 WO 2006107186A1 KR 2006001299 W KR2006001299 W KR 2006001299W WO 2006107186 A1 WO2006107186 A1 WO 2006107186A1
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WO
WIPO (PCT)
Prior art keywords
pinhole
lenses
lens
wearer
eyesight
Prior art date
Application number
PCT/KR2006/001299
Other languages
French (fr)
Inventor
Kyung-Chol Jung
Original Assignee
Kyung-Chol Jung
Priority date (The priority date is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the date listed.)
Filing date
Publication date
Application filed by Kyung-Chol Jung filed Critical Kyung-Chol Jung
Publication of WO2006107186A1 publication Critical patent/WO2006107186A1/en

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Classifications

    • G—PHYSICS
    • G02—OPTICS
    • G02C—SPECTACLES; SUNGLASSES OR GOGGLES INSOFAR AS THEY HAVE THE SAME FEATURES AS SPECTACLES; CONTACT LENSES
    • G02C7/00—Optical parts
    • G02C7/16—Shades; shields; Obturators, e.g. with pinhole, with slot

Definitions

  • the present invention relates to a pinhole lens set for recovering eyesight, and more particularly, to a pinhole lens set for recovering eyesight using a pinhole effect which enables the voluntary exercise or function of muscles of eyeballs of a wearer who wears a pair of glasses having thin opaque flat lenses through which a plurality of minute holes (hereinafter referred to as "pinholes") are perforated, and also normalizes eyesight, during the time when the wearer sees objects through the pinholes.
  • pinholes minute holes
  • the pinhole effect was already known long time ago. Glasses (pinhole glasses) using the principle of the pinhole effect are being manufactured all over the countries for a long time.
  • the pinhole glasses have been being used to correct all kinds of vision disorders including myopia, astigmatism, hyperopia, and presbyopia.
  • the pinhole glasses were invented for the first time in the U. S. A.
  • the initially invented pinhole glasses have never been improved or supplemented as a single standard lens product. That is, the structural and functional defectives or faults of "one standard and single type lens" which are "decisive deformities" have never been solved even when 50 years or longer have passed.
  • a product that is, a pinhole lens set has to have a correction function or effect of recovering eyesight for all kinds of troubles in eyesight such as vision disorders in which the kinds and extents (minor-major) of the troubles in eyesight are respectively different.
  • the pinhole lens set should be effectively used for both the vision disorders of very serious or very slight symptom.
  • the pinhole lens set of the "most suitable" specification should be provided for each and every wearer.
  • the lens through which the wearer can see an object clearly is called a
  • a pinhole lens set having seven kinds of standard lenses should be provided for each and every wearer to provide the "most suitable" lens occasionally accurately to the wearers .
  • a wearer should exchange the currently lenses with the different lenses (or glasses) of the next step (or class) in turn. That is, when a wearer continuously puts on the lens which most fit for a specified period, the eyesight of the wearer may be strengthened by an "one-stage" because an eyesight normalization function of the muscles of eyeballs has effectively continued. Due to the strengthening of eyesight, the lenses (or glasses) on which the wearer puts become the "unsuitable" lenses through which he or she has the difficulty in seeing an object.
  • the wearer has to put on the lenses (or glasses) of the next step (or class) which is selected from the pinhole lens set having seven standard pinhole lenses, in order to see an object conspicuously well.
  • a pinhole lens set having at least two lenses selected from the group consisting of seven lenses whose pinhole diameters are 0.7mm, 0.85mm, lmm, 1.15mm, 1.3mm, 1.45mm and 1.6mm, respectively, and whose pinhole distances are 3.5mm, 3mm and 2.5mm, respectively, in which the respective lenses are made of an opaque flat plate of 0.8mm thick through which a number of pinholes are perforated with a regular distance.
  • FIGS. IA through 1C are plan views of pinhole lenses of three standard specifications, for example, classes 7, 4 and 1, respectively, in which a circled reference numeral ⁇ denotes the size of a pinhole and a circled reference numeral (2) denotes the distance between pinholes;
  • FIGS .2A through 2C are enlarged comparative diagrams showing the size of a pinhole, and the distance between pinholes (triple size) , respectively, in which pinhole lenses of three standard specifications, for example, classes 7, 4 and 1, are shown, respectively, and in which a circled reference numeral ⁇ denotes the size of a pinhole and a circled reference numeral (2) denotes the distance between pinholes; and
  • FIGS. 3A through 3C are perspective views showing a pair of pinhole lenses or glasses, in which pinhole lenses of three standard specifications, for example, classes 7, 4 and 1, are shown, respectively.
  • FIGS. IA through 1C are plan views of pinhole lenses of three
  • a circled reference numeral ⁇ denotes the size of a pinhole and a circled reference numeral (2) denotes the distance between pinholes.
  • a pinhole lens set according to a preferred embodiment of the present invention includes seven standard lenses, in which the respective lenses are made of a thin opaque flat plate through which a number of pinholes are perforated with a regular distance, and which the specification of the lens is defined by the size ⁇ of a punched pinhole and the distance (2) between pinholes.
  • the pinhole lens set according to another preferred embodiment of the present invention includes at least two lenses selected from the group consisting of seven standard lenses in various numbers of combination of the lenses considering the size ⁇ of a punched pinhole and the distance (2) between pinholes.
  • the principal effect of the pinhole lenses is to compel a wearer to voluntarily or unconsciously make a muscular exercise for normalizing a function of the muscles of eyeballs.
  • the pinhole lenses have the stepwise difference which compels a strong muscular exercise and a weak muscular exercise to the wearer according to the standard of the lens.
  • the muscular exercise for normalizing a function of the muscles of eyeballs becomes relatively stronger voluntarily or unconsciously and if the size of the pinhole is big (FIG. 1C), the muscular exercise for normalizing a function of the muscles of eyeballs becomes relatively weaker voluntarily or unconsciously.
  • FIGS .2A through 2C are enlarged comparative diagrams showing the size of a pinhole, and the distance between pinholes (triple size) , respectively, in which pinhole lenses of three standard specifications, for example, classes 7, 4 and 1, are shown, respectively, and in which a circled reference numeral CD denotes the size of a pinhole and a circled reference numeral (2) denotes the distance between pinholes, and FIGS. 3A through 3C are perspective views showing a pair of pinhole lenses or glasses, in which pinhole lenses of three standard specifications, for example, classes 7, 4 and 1, are shown, respectively.
  • the size of a pinhole (a diameter) of each standard lens of the present invention starts from 0.7 mm, that is, in the case of a seventh class lens, for example.
  • the pinhole size (or diameter) of the present invention increases by 0.15 mm.
  • the pinhole size ⁇ of the first class lens is 1.6 mm.
  • the pinhole distance (2) in the case of the pinhole distance (2), if the pinhole distance becomes large, the wearer makes a strong muscular exercise for normalizing a function of the muscles of eyeballs voluntarily or unconsciously. If the pinhole distance becomes small, the wearer makes a weak muscular exercise for normalizing a function of the muscles of eyeballs voluntarily or unconsciously.
  • the seven-class standard pinhole lens set includes seven kinds of pinhole lenses as illustrated in the following Table.
  • the respective lenses are made of an opaque flat plate of 0.8mm thick through which a number of pinholes are perforated with a regular distance.
  • the 7th class pinhole lens has the smallest pinhole size or diameter of 0.7 mm and the largest distance between pinholes of 3.5 mm.
  • the 7th class pinhole lens enables a wearer who wears it to make a strong eyeball muscular exercise. As a result, the 7th class pinhole lens is most appropriate for correction of the vision of the most severe vision disorder.
  • the lens of the lower class or step becomes more suitable for correction of eyesight.
  • the pinhole lens set including seven kinds of lenses having respectively different pinhole diameters and distance between pinholes are configured as follows.
  • -A product that is, a pinhole lens set has a correction function or effect of recovering eyesight for all kinds of troubles in eyesight such as vision disorders in which the kinds and extents
  • the lenses in the pinhole lens set are stepwise provided in order to be effectively used for both the vision disorders of very serious or very slight symptom.
  • the pinhole lens set of the "most suitable" specification is provided for each and every wearer. Thus, any wearer may select and wear a pair of lenses or glasses which are most appropriate for him or her among the seven lenses or glasses.
  • the lens through which the wearer can see an object clearly is called a "most suitable” lens. Only the “most suitable” lens has the most remarkable eyesight correction function or effect. The lens through which the wearer cannot see an object clearly is the "unsuitable lens” which does not make the wearer force to do the normalization of the muscles of eyeballs.
  • a pinhole lens set having seven kinds of standard lenses is provided for each and every wearer to provide the "most suitable” lens occasionally accurately to the wearers.
  • the -A wearer is able to exchange the currently lenses with the different lenses (or glasses) of the next step (or class) in turn. That is, when a wearer continuously puts on the lens which most fit for a specified period, the eyesight of the wearer may be strengthened by a "one-stage" because an eyesight normalization function of the muscles of eyeballs has effectively continued. Due to the strengthening of eyesight, the lenses (or glasses) on which the wearer puts become the "unsuitable" lenses through which he or she has the difficulty in seeing an object.
  • the wearer has to put on the lenses (or glasses) of the next step (or class) which is selected from the pinhole lens set having seven standard pinhole lenses, in order to see an object conspicuously well.
  • the present invention provides a pinhole lens set for correction of a trouble in vision including a complete eyesight correction function (effect) first in the world.
  • the present invention enables a wearer who uses a pair of pinhole lens set according to the present invention and wears an appropriate pinhole lens, to correct his or her vision disorder symptom (minor-major) very much effectively. Since 1950 1 S, the pinhole lens which the U. S. ophthalmologists invented have been being manufactured and sold in various brand names and in numbers of quantity all over the world, with only one type of standard lens product.
  • the conventional pinhole glasses limit the function of the pinhole lens due to the limit of the structural function of the one type of standard pinhole lens, it is not suitable for use in a pair of lenses or glasses for correction of the vision.
  • the present invention provides a pinhole lens set having seven standard pinhole lenses for correction of the vision to extend a function of a pinhole lens drastically. Accordingly, the pinhole lens set according to the present invention is very effective for use in the eyesight correcting lens for the vision disorders in which the kinds and extents of a trouble in eyesight are respectively different.
  • the present invention enables a wearer to wear and experience seven standard pinhole lenses in a pinhole lens set, step by step, and select an appropriate pinhole lens to fit for the wearer, from starting wearing. That is, the wearer who wears a pair of pinhole lenses confirms whether or not a pinhole lens through which he or she can see with lucidity, and selects the most suitable lens, among the seven standard pinhole lenses contained in the pinhole o
  • the present invention enables a wearer to correct a trouble in eyesight voluntarily and unconsciously only when he or she wears the pinhole lens product of the present invention.
  • a wearer should exchange the currently lenses with the different lenses (or glasses) of the next step (or class) in turn. That is, when a wearer continuously puts on the lens which most fit for a specified period, the eyesight of the wearer may be strengthened by an "one-stage" because an eyesight normalization function of the muscles of eyeballs has effectively continued. Due to the strengthening of eyesight, the lenses (or glasses) on which the wearer puts become the "unsuitable" lenses through which he or she has the difficulty in seeing an object.
  • the wearer has to put on the lenses (or glasses) of the next step (or class) which is selected from the pinhole lens set having seven standard pinhole lenses, in order to see an object conspicuously well.
  • every wearer has to experience the lens wearing processes from the lowest class to the highest class with seven standard pinhole lenses.
  • Most of the vision handicapped persons whose vision disorders are very minor they may need to wear the lenses starting from the 4th or 3rd class lens and may exchange the new lenses by two or three turns, in order to correct the vision disorder.
  • a vision correction effect according to the present invention comes into being on wearing a pinhole lens selected from a pinhole lens set according to the present invention, and the vision correction effect is being settled stepwise certainly.
  • the present invention provides a pinhole lens set for recovering eyesight using a pinhole effect which enables the voluntary exercise or function of muscles of eyeballs of a wearer who wears a pair of glasses having thin opaque flat lenses through which a plurality of minute holes are perforated, and also normalizes eyesight, during the time when the wearer sees objects through the pinholes.

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  • Health & Medical Sciences (AREA)
  • Ophthalmology & Optometry (AREA)
  • Physics & Mathematics (AREA)
  • General Health & Medical Sciences (AREA)
  • General Physics & Mathematics (AREA)
  • Optics & Photonics (AREA)
  • Eyeglasses (AREA)

Abstract

Provided is a pinhole lens set including seven standard pinhole lenses through which a plurality of pinholes are perforated, in order to correct all kinds of vision disorders including myopia, astigmatism, hyperopia, and presbyopia. The pinhole lens set includes at least two lenses selected from the group consisting of seven lenses whose pinhole diameters are 0.7mm, 0.85mm, lmm, 1.15mm, 1.3mm, 1.45mm and 1. βmm, respectively, and whose pinhole distances are 3.5mm, 3mm and 2.5mm, respectively, in which the respective lenses are made of an opaque flat plate of 0.8mm thick through which a number of pinholes are perforated with a regular distance.

Description

PINHOLE LENS SET FOR RECOVERING EYESIGHT
Technical Field
The present invention relates to a pinhole lens set for recovering eyesight, and more particularly, to a pinhole lens set for recovering eyesight using a pinhole effect which enables the voluntary exercise or function of muscles of eyeballs of a wearer who wears a pair of glasses having thin opaque flat lenses through which a plurality of minute holes (hereinafter referred to as "pinholes") are perforated, and also normalizes eyesight, during the time when the wearer sees objects through the pinholes.
Background Art
The "pinhole effect" was already known long time ago. Glasses (pinhole glasses) using the principle of the pinhole effect are being manufactured all over the countries for a long time. The pinhole glasses have been being used to correct all kinds of vision disorders including myopia, astigmatism, hyperopia, and presbyopia. In 1950's, the pinhole glasses were invented for the first time in the U. S. A. However, until now, the initially invented pinhole glasses have never been improved or supplemented as a single standard lens product. That is, the structural and functional defectives or faults of "one standard and single type lens" which are "decisive deformities" have never been solved even when 50 years or longer have passed.
Eyesight handicapped persons whose degrees of a trouble in eyesight (minorφmajor) are respectively different from one another have had to wear a pair of glasses employing one standard and single type pinhole lens of a fixed standard, for the purpose of performing the voluntary exercise or function of muscles of eyeballs of the wearers, to accordingly cause a very irrational or absurd situation. As a result, most of the wearers could not see well objects during wearing. Even wearers (eyesight handicapped person) of 30% or so who could see objects clearly, could not nearly expect a stepwise correction effect of eyesight but provide only a temporary effect of a pair of convex glasses.
Disclosure of the Invention
To solve the above problems, it is an object of the present invention to provide a pinhole lens set for recovering eyesight which satisfies the following conditions for completely correcting deformities of a pair of conventional pinhole lens glasses to thereby completely achieve the technical task of the present invention. 1) A product, that is, a pinhole lens set has to have a correction function or effect of recovering eyesight for all kinds of troubles in eyesight such as vision disorders in which the kinds and extents (minor-major) of the troubles in eyesight are respectively different.
That is, the pinhole lens set should be effectively used for both the vision disorders of very serious or very slight symptom.
2) The pinhole lens set of the "most suitable" specification should be provided for each and every wearer. When a wearer wears a pair of lenses or glasses, the lens through which the wearer can see an object clearly is called a
"most suitable" lens.
Only the "most suitable" lens has the most remarkable eyesight correction function or effect. The lens through which the wearer cannot see an object clearly is the "unsuitable lens" which does not make the wearer force to do the normalization of the muscles of eyeballs.
Most preferably, a pinhole lens set having seven kinds of standard lenses should be provided for each and every wearer to provide the "most suitable" lens occasionally accurately to the wearers .
3) A wearer should exchange the currently lenses with the different lenses (or glasses) of the next step (or class) in turn. That is, when a wearer continuously puts on the lens which most fit for a specified period, the eyesight of the wearer may be strengthened by an "one-stage" because an eyesight normalization function of the muscles of eyeballs has effectively continued. Due to the strengthening of eyesight, the lenses (or glasses) on which the wearer puts become the "unsuitable" lenses through which he or she has the difficulty in seeing an object.
In this case, the wearer has to put on the lenses (or glasses) of the next step (or class) which is selected from the pinhole lens set having seven standard pinhole lenses, in order to see an object conspicuously well.
In order to successfully complete a correction of the vision, it is preferable that every wearer has to experience the lens wearing processes from the lowest class to the highest class with seven standard pinhole lenses.
It is another object of the present invention to provide a pinhole lens set having a number of lenses or glasses which are appropriately, accurately or precisely designed for each and every wearer who intends to wear a pair of pinhole lenses or glasses in order to correct his or her eyesight.
To accomplish the above object of the present invention, according to an aspect of the present invention, there is provided a pinhole lens set having at least two lenses selected from the group consisting of seven lenses whose pinhole diameters are 0.7mm, 0.85mm, lmm, 1.15mm, 1.3mm, 1.45mm and 1.6mm, respectively, and whose pinhole distances are 3.5mm, 3mm and 2.5mm, respectively, in which the respective lenses are made of an opaque flat plate of 0.8mm thick through which a number of pinholes are perforated with a regular distance.
Brief Description of the Drawings
The above and other objects and advantages of the present invention will become more apparent by describing the preferred embodiments thereof in detail with reference to the accompanying drawings in which:
FIGS. IA through 1C are plan views of pinhole lenses of three standard specifications, for example, classes 7, 4 and 1, respectively, in which a circled reference numeral φ denotes the size of a pinhole and a circled reference numeral (2) denotes the distance between pinholes;
FIGS .2A through 2C are enlarged comparative diagrams showing the size of a pinhole, and the distance between pinholes (triple size) , respectively, in which pinhole lenses of three standard specifications, for example, classes 7, 4 and 1, are shown, respectively, and in which a circled reference numeral φ denotes the size of a pinhole and a circled reference numeral (2) denotes the distance between pinholes; and
FIGS. 3A through 3C are perspective views showing a pair of pinhole lenses or glasses, in which pinhole lenses of three standard specifications, for example, classes 7, 4 and 1, are shown, respectively.
Best Mode for Carrying out the Invention Hereinbelow, a pinhole lens set according to the present invention will be described with reference to the accompanying drawings.
FIGS. IA through 1C are plan views of pinhole lenses of three
standard specifications, for example, classes 7, 4 and 1, respectively, in which a circled reference numeral φ denotes the size of a pinhole and a circled reference numeral (2) denotes the distance between pinholes.
Referring to FIGS. IA through 1C, a pinhole lens set according to a preferred embodiment of the present invention includes seven standard lenses, in which the respective lenses are made of a thin opaque flat plate through which a number of pinholes are perforated with a regular distance, and which the specification of the lens is defined by the size φ of a punched pinhole and the distance (2) between pinholes. However, the pinhole lens set according to another preferred embodiment of the present invention includes at least two lenses selected from the group consisting of seven standard lenses in various numbers of combination of the lenses considering the size φ of a punched pinhole and the distance (2) between pinholes. The principal effect of the pinhole lenses is to compel a wearer to voluntarily or unconsciously make a muscular exercise for normalizing a function of the muscles of eyeballs. The pinhole lenses have the stepwise difference which compels a strong muscular exercise and a weak muscular exercise to the wearer according to the standard of the lens.
If the size of the pinhole is small (FIG. IA), the muscular exercise for normalizing a function of the muscles of eyeballs becomes relatively stronger voluntarily or unconsciously and if the size of the pinhole is big (FIG. 1C), the muscular exercise for normalizing a function of the muscles of eyeballs becomes relatively weaker voluntarily or unconsciously.
FIGS .2A through 2C are enlarged comparative diagrams showing the size of a pinhole, and the distance between pinholes (triple size) , respectively, in which pinhole lenses of three standard specifications, for example, classes 7, 4 and 1, are shown, respectively, and in which a circled reference numeral CD denotes the size of a pinhole and a circled reference numeral (2) denotes the distance between pinholes, and FIGS. 3A through 3C are perspective views showing a pair of pinhole lenses or glasses, in which pinhole lenses of three standard specifications, for example, classes 7, 4 and 1, are shown, respectively.
Referring "to FIGS. IA through 2C, the size of a pinhole (a diameter) of each standard lens of the present invention starts from 0.7 mm, that is, in the case of a seventh class lens, for example. Each class (or step), the pinhole size (or diameter) of the present invention increases by 0.15 mm. As a result, the pinhole size φ of the first class lens is 1.6 mm. Meanwhile, referring to FIGS. IA through 2C, in the case of the pinhole distance (2), if the pinhole distance becomes large, the wearer makes a strong muscular exercise for normalizing a function of the muscles of eyeballs voluntarily or unconsciously. If the pinhole distance becomes small, the wearer makes a weak muscular exercise for normalizing a function of the muscles of eyeballs voluntarily or unconsciously.
According to the preferred embodiment of the present invention, the seven-class standard pinhole lens set includes seven kinds of pinhole lenses as illustrated in the following Table. Here, the respective lenses are made of an opaque flat plate of 0.8mm thick through which a number of pinholes are perforated with a regular distance. Table
Figure imgf000010_0001
In Table, the 7th class pinhole lens has the smallest pinhole size or diameter of 0.7 mm and the largest distance between pinholes of 3.5 mm. The 7th class pinhole lens enables a wearer who wears it to make a strong eyeball muscular exercise. As a result, the 7th class pinhole lens is most appropriate for correction of the vision of the most severe vision disorder.
As the symptom of the vision disorder may be minor, the lens of the lower class or step becomes more suitable for correction of eyesight.
The pinhole lens set including seven kinds of lenses having respectively different pinhole diameters and distance between pinholes are configured as follows. -A product, that is, a pinhole lens set has a correction function or effect of recovering eyesight for all kinds of troubles in eyesight such as vision disorders in which the kinds and extents
(minor"inaj or) of the troubles in eyesight are respectively different.
That is, the lenses in the pinhole lens set are stepwise provided in order to be effectively used for both the vision disorders of very serious or very slight symptom.
-The pinhole lens set of the "most suitable" specification is provided for each and every wearer. Thus, any wearer may select and wear a pair of lenses or glasses which are most appropriate for him or her among the seven lenses or glasses.
When a wearer wears a pair of lenses or glasses, the lens through which the wearer can see an object clearly is called a "most suitable" lens. Only the "most suitable" lens has the most remarkable eyesight correction function or effect. The lens through which the wearer cannot see an object clearly is the "unsuitable lens" which does not make the wearer force to do the normalization of the muscles of eyeballs. Most preferably, a pinhole lens set having seven kinds of standard lenses is provided for each and every wearer to provide the "most suitable" lens occasionally accurately to the wearers.
-A wearer is able to exchange the currently lenses with the different lenses (or glasses) of the next step (or class) in turn. That is, when a wearer continuously puts on the lens which most fit for a specified period, the eyesight of the wearer may be strengthened by a "one-stage" because an eyesight normalization function of the muscles of eyeballs has effectively continued. Due to the strengthening of eyesight, the lenses (or glasses) on which the wearer puts become the "unsuitable" lenses through which he or she has the difficulty in seeing an object.
In this case, the wearer has to put on the lenses (or glasses) of the next step (or class) which is selected from the pinhole lens set having seven standard pinhole lenses, in order to see an object conspicuously well.
In order to successfully complete a correction of the vision, it is preferable that every wearer has to experience the lens wearing processes from the lowest class to the highest class stepwise with seven standard pinhole lenses.
As described above, the present invention provides a pinhole lens set for correction of a trouble in vision including a complete eyesight correction function (effect) first in the world. The present invention enables a wearer who uses a pair of pinhole lens set according to the present invention and wears an appropriate pinhole lens, to correct his or her vision disorder symptom (minor-major) very much effectively. Since 19501S, the pinhole lens which the U. S. ophthalmologists invented have been being manufactured and sold in various brand names and in numbers of quantity all over the world, with only one type of standard lens product. But, since the conventional pinhole glasses limit the function of the pinhole lens due to the limit of the structural function of the one type of standard pinhole lens, it is not suitable for use in a pair of lenses or glasses for correction of the vision. The present invention provides a pinhole lens set having seven standard pinhole lenses for correction of the vision to extend a function of a pinhole lens drastically. Accordingly, the pinhole lens set according to the present invention is very effective for use in the eyesight correcting lens for the vision disorders in which the kinds and extents of a trouble in eyesight are respectively different.
The present invention enables a wearer to wear and experience seven standard pinhole lenses in a pinhole lens set, step by step, and select an appropriate pinhole lens to fit for the wearer, from starting wearing. That is, the wearer who wears a pair of pinhole lenses confirms whether or not a pinhole lens through which he or she can see with lucidity, and selects the most suitable lens, among the seven standard pinhole lenses contained in the pinhole o
lens set . The wearer puts on the pinhole lens product through which the object can be clearly seen, but does not put on the pinhole lens product through which the object cannot be clearly seen.
The present invention enables a wearer to correct a trouble in eyesight voluntarily and unconsciously only when he or she wears the pinhole lens product of the present invention.
A wearer should exchange the currently lenses with the different lenses (or glasses) of the next step (or class) in turn. That is, when a wearer continuously puts on the lens which most fit for a specified period, the eyesight of the wearer may be strengthened by an "one-stage" because an eyesight normalization function of the muscles of eyeballs has effectively continued. Due to the strengthening of eyesight, the lenses (or glasses) on which the wearer puts become the "unsuitable" lenses through which he or she has the difficulty in seeing an object.
In this case, the wearer has to put on the lenses (or glasses) of the next step (or class) which is selected from the pinhole lens set having seven standard pinhole lenses, in order to see an object conspicuously well. In order to successfully complete a correction of the vision, it is preferable that every wearer has to experience the lens wearing processes from the lowest class to the highest class with seven standard pinhole lenses. Only in the case of an extremely small number of the vision handicapped persons whose vision disorders are very severe, they may need to wear from the 7th or βth class lens to the 1st class lens. Most of the vision handicapped persons whose vision disorders are very minor, they may need to wear the lenses starting from the 4th or 3rd class lens and may exchange the new lenses by two or three turns, in order to correct the vision disorder.
As described above, a vision correction effect according to the present invention comes into being on wearing a pinhole lens selected from a pinhole lens set according to the present invention, and the vision correction effect is being settled stepwise certainly.
As described above, the present invention has been described with respect to a particularly preferred embodiment. However, the present invention is not limited to the above embodiment, and it is possible for one who has an ordinary skill in the art to make various modifications and variations, without departing off the spirit of the present invention. Thus, the protective scope of the present invention is not defined within the detailed description thereof but is defined by the claims to be described later and the technical spirit of the present invention. O
Industrial Applicability
As described above, the present invention provides a pinhole lens set for recovering eyesight using a pinhole effect which enables the voluntary exercise or function of muscles of eyeballs of a wearer who wears a pair of glasses having thin opaque flat lenses through which a plurality of minute holes are perforated, and also normalizes eyesight, during the time when the wearer sees objects through the pinholes.

Claims

What is claimed is:
1. A pinhole lens set having at least two lenses selected from the group consisting of seven lenses whose pinhole diameters are 0.7mm, 0.85mm, lmm, 1.15mm, 1.3mm, 1.45mm and 1.6mm, respectively, and whose pinhole distances are 3.5mm, 3mm and 2.5mm, respectively, in which the respective lenses are made of an opaque flat plate of 0.8mm thick through which a number of pinholes are perforated with a regular distance.
PCT/KR2006/001299 2005-04-08 2006-04-10 Pinhole lens set for recovering eyesight WO2006107186A1 (en)

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KR1020050029261A KR100745971B1 (en) 2005-04-08 2005-04-08 7Step pinhole lens set for recovering eye sight

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US8187413B2 (en) 2008-03-18 2012-05-29 Lam Research Corporation Electrode assembly and plasma processing chamber utilizing thermally conductive gasket
WO2010107140A1 (en) * 2009-03-16 2010-09-23 주식회사 경동정밀 Pin hole spotlight eyeglasses using thin film metal lenses
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KR980006663U (en) * 1996-07-09 1998-04-30 정경철 Vision correction glasses
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JP3020144U (en) * 1995-07-03 1996-01-19 健一 加藤 Eye recovery equipment
KR980006663U (en) * 1996-07-09 1998-04-30 정경철 Vision correction glasses
JP2005168578A (en) * 2003-12-08 2005-06-30 Akihiro Kawamura Method of decision, method of training and light quantity regulating implement

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