KR20220166590A - Multifunctional aperture pinhole glasses assembly - Google Patents

Abstract

The present invention relates to a multifunctional aperture pinhole glass assembly, which assists improvement of concentration, comprising: a pair of lens frames (110); an aperture pinhole part (120) for adjusting the amount of light; a central bridge (130) for connecting the lens frames (110) to each other; a position adjusting nose pad (150); and a temple part (160).

Description

Multifunctional aperture pinhole glasses assembly

The present invention relates to a pinhole eyeglass assembly, and more particularly, to a multi-function aperture pinhole eyeglass assembly having an effect of improving eyesight by autonomously operating an iris muscle and adding advantages of a pinhole effect as well as movement of an iris muscle.

Eyes are one of the most important parts of our body. Eyes can be used as an important input means to recognize surrounding information. The function of these eyes is to recognize the color, shape, and distance of an object.

The human eye is a kind of structure like a convex lens. When an object is refracted in the lens and a reverse image is formed on the retina, the reverse image is transmitted to the cerebrum through the optic nerve.

The lens becomes thicker when looking near and thinner when looking far due to the contraction and relaxation of the connected ciliary body, so that objects are accurately focused on the retina. As a result, it is not focused on the exact location of the retina.

At this time, depending on the location of the image on the retina, it is called emmetropia, hyperopia, or myopia. Emmetropia is when an object is focused precisely on the retina, myopia is when the focus is in front of the retina and looks blurry, and hyperopia is when the focus is on the back of the retina. it will look blurry

When the eyes are born, they are born with farsightedness at first, and as they grow up, they are fitted with emmetropia, and they pass over to myopia due to genetic and environmental factors. Basically, genetic factors, the influence of the surrounding environment, Over time, the visual acuity of the eye deteriorates.

Various methods for correcting such visual acuity have been proposed for a long time, and recently, the visual acuity is corrected using various instruments. A typical example is vision correction glasses using the pinhole effect.

These spectacle lenses for vision correction are drilled with a plurality of pinholes having a size of 0.7 mm to 0.9 mm on a convex plate-shaped curved surface, and coloring the surface of the convex plate-shaped curved surface with colors such as blue and green.

Such spectacle lenses are called micro hole glasses or pin hole glasses because needle holes are pierced. Pinhole glasses are intended to correct eyesight using the pinhole effect, and allow people with refractive errors such as nearsightedness, farsightedness, astigmatism, and longsightedness to see distant objects (nearsightedness) or near objects (presbyopia) through a pinhole.

Recently, various pinhole glasses have been produced and supplied in Korea, but there is a limit in that their functions are limited. In other words, there is no pinhole glasses with multiple functions, and not only the functions of pinhole glasses for men and women of all ages, especially office workers suffering from presbyopia, and students who overuse their eyes due to intensive study, but also blood flow relaxation and improvement by self-power, function to relieve night blindness, etc. There is a demand for glasses that can give a synergistic effect.

An object of the present invention is to solve the above-described problems, and to provide a pinhole eyeglass assembly that autonomously operates an iris muscle to help exercise the iris muscle, correct eyesight, and improve concentration.

Another object of the present invention is to provide a pinhole eyeglass assembly that can be used by selectively combining sunglasses lenses or polarized lenses.

Another object of the present invention is to provide a pinhole spectacle assembly that has a magnetic acupressure ball on the inner side of the temples to improve blood flow in the temple and give an acupressure effect.

Another object of the present invention is to provide a pinhole eyeglass assembly in which a pair of lens frames, a pair of temple parts, and nose pads can be easily assembled and separated.

Another object of the present invention is to provide a pinhole eyeglass assembly that can be worn invertedly to form an eaves in some cases.

Another object of the present invention is to provide a pinhole auxiliary pad that can be used by simply attaching to existing eyeglasses.

Another object of the present invention is to provide a pinhole glasses assembly capable of providing multi-functional effects such as night blindness and night myopia relief by layering and wearing pinhole glasses and pinhole auxiliary pads on existing glasses.

The above objects and various advantages of the present invention will become more apparent from preferred embodiments of the present invention by those skilled in the art.

The object of the present invention can be achieved by a pinhole eyeglass assembly. The pinhole glasses assembly of the present invention includes a pair of lens frames 110 having a lens exposure hole 117 and an aperture control slit 118 formed therein; an aperture pin hole portion 120 that adjusts the amount of light entering the user's eyes by means of; a central bridge 130 connecting the pair of lens frames 110 to each other; a position adjusting nose support 150 coupled to the pair of lens frames 110 at the lower part of the central bridge 130 and mounted on the user's nose; It includes a temple part 160 detachably coupled to the outer side of the pair of lens frames 110 and mounted on the user's ears, and the aperture pin hole part 120 has the lens exposure hole 117 at the center of both sides. a sector frame 121 having an internal lens exposure hole 121a corresponding thereto; The sector frame 121 is disposed in a form in contact with each other along the circumferential direction, and outer pinholes 124 are formed on the plate surface, and are gathered at the center of the inner lens exposure hole 121a or the inner lens exposure hole 121a. ) and a plurality of split pinhole lenses 123 that open outward and adjust the size of the central pinhole 127 to be variable; It extends from one of the plurality of split pinhole lenses 123 to the outside of the sector frame 121 and is positioned in the aperture adjusting slit 118, and adjusts the position of the plurality of split pinhole lenses 123 to It is characterized in that it includes a lens adjustment aperture 125 that allows the size of the central pinhole 127 to be adjusted.

According to one embodiment, the central bridge coupling groove 111 into which the central bridge 130 is inserted is formed recessed at a certain depth with respect to the plate surface on the inside of the upper part of the lens frame 110, and the outer side of the lens frame 110 A temple coupling groove 114 to which the temple portion 160 is detachably coupled is recessed on the side surface, and a nose support coupling groove to which the position adjusting nose support 150 is coupled to the inner side of the lens frame 110. 115 is formed to be depressed inward, and on both sides of the position adjusting nose support 150, a fitting magnet 153 formed of a magnet inserted into the nose support coupling groove 115 is protruded, and the nose support coupling is formed. In the groove 115, the fitting magnet 153 is inserted, and a plurality of staggered grooves 115a capable of accommodating the fitting magnet 153 at various angles are formed on the outer periphery of the nose support coupling groove 115. It can be.

According to one embodiment, it further includes an upper hook 140 for combining the lens frame 110 with existing glasses, and the upper hook 140 is formed horizontally by the distance between the lens frame 110 and the existing glasses. It includes a bar 141 and an insertion leg 143 extending vertically from the end of the horizontal bar 141 and fitted into the spectacle frame of the existing glasses, and the outer upper surface of the lens frame 110 has the upper An upper hook coupling groove 112 in which the hook 140 is accommodated may be recessed.

According to one embodiment, the front surface of the lens frame 110 is provided with a color lens coupling collar 119 formed to protrude at a predetermined height above and below the lens exposure hole 117, and the color lens coupling collar 119 has Color polarized lenses and sunglasses lens film can be detachably inserted.

According to one embodiment, a plurality of drainage holes 113 through which water can be discharged during washing may be formed in the lower portion of the lens frame 110 .

According to one embodiment, the temple portion 160 includes a mimi 161 inserted into the temple coupling groove 114; A leg 163 extending a certain length from the Mimi 161 and seated in the user's ear; A hinge axis 162 supporting the leg 163 to rotate between the Mimi 161 and the leg 163 The Mimi 161 is coupled to the temple coupling groove 114 by magnetic force, and is provided on the inner surface of the leg 163 to protrude toward the user's temple to acupressure the user's temple. (164) and; A plurality of anti-sweat protrusions 163a may be included on the inner surface of the leg 163 so as to protrude from an area in contact with the skin to prevent accumulation of internal secretions.

According to one embodiment, the leg tip 165 is provided at the end of the leg 163 so that it can be bent and mounted on the ear, and the inside of the leg tip 165 is accommodated along the longitudinal direction to the leg tip ( 165) is provided with a free-curving ruler 165a supporting the variable shape, and a plurality of magnet balls 166a are accommodated in the earring at the end of the leg tip 165, and the leg tip 165 is provided with Zion pigment. is formed of a mixed silicone material so that the body temperature of the wearer can be displayed externally.

According to one embodiment, the position adjusting nose support 150 can be coupled by inverting the top and bottom of the pair of lens frames 110, and the position adjustment nose support 150 is inverted to the pair of lens frames 110 ( 150) is coupled, the position-adjusting nose support 150 is fitted into the angled groove 115a.

According to one embodiment, it further includes a pinhole auxiliary pad part 200 made of a material having elasticity that is detachably inserted between the lens frame 110 and the spectacle frame of existing glasses, and the pinhole auxiliary pad part 200 a pinhole supplementary pad body 210 having a center hole 211 formed therein, a plurality of pad outer pinholes 213 formed on the plate surface, and having an area corresponding to the spectacle frame of existing glasses; It may include a center hole pad 240 detachably inserted into the center hole 211 and having a center pad pin hole 241 formed on the plate surface.

According to an embodiment, a plurality of adsorption films 215 adsorbed to the spectacle lenses of the existing spectacles by vacuum pressure may be provided on the inner surface of the pinhole auxiliary pad body 210 .

According to one embodiment, the pinhole auxiliary pad body 210 is formed of a soft material having hardness and elasticity, and may be manufactured by mixing any one of fragrance, menthol, luminous material, and Zion pigment.

According to one embodiment, the pinhole auxiliary pad body 210 may be provided with a glasses holding clip 220 formed in a “c” shape in cross section on the outer side and inserted into the frame of existing glasses.

According to one embodiment, it extends to surround the outer periphery of the pinhole auxiliary pad body 210 and elastically wraps the spectacle frame of existing glasses to combine the existing glasses with the pinhole auxiliary pad main body 210. A cover 230 may be included.

According to one embodiment, the outer pinhole 124, the outer pad pinhole 213, and the center pad pinhole 241 are formed in a “D” shape in front cross section, and have a hemispherical shape and a funnel shape in side cross section. The shape may be formed in a combined form.

According to an embodiment, the outer pinhole 124, the pad outer pinhole 213, and the center pad pinhole 241 may have any one of alphabets, numbers, letters, honeycomb shapes, and pupil shapes in front sectional shapes. there is.

The pinhole glasses assembly according to the present invention can provide various functions of pinhole glasses having a pinhole effect, sunglasses using colored lenses, and night blindness alleviating glasses.

In addition, it is possible to additionally provide rhinitis improvement by the magnetic chip embedded in the position adjusting nose support, blood flow improvement in the temple by the acupressure ball provided in the temple part, and motion sickness reduction effect by the magnetic ball provided in the leg tip.

In addition, it is possible to provide the ease of shape deformation by the free curve ruler provided on the leg tip and the sweat drainage by the protrusion preventing condensation.

In addition, according to the user's choice, the pinhole auxiliary pad part can be attached to the existing glasses to provide a pinhole effect independently, and the pinhole auxiliary pad part and the pinhole glasses can be worn together with the existing glasses. In this case, stable integration is possible by the pinhole auxiliary pad part, and impact can be dispersed in case of external impact.

In addition, the pinhole glasses according to the present invention has the advantage of being able to be worn upside down.

1 is a perspective view showing the configuration of a pinhole glasses assembly according to the present invention;
2 is a perspective view showing an assembled state of the pinhole glasses of the pinhole glasses assembly according to the present invention;
3 is a perspective view showing a state in which color lenses are coupled to pinhole glasses;
Figure 4 is an exploded perspective view showing the disassembled configuration of the pinhole glasses;
Figure 5 is an exploded perspective view showing the coupling configuration of the lens frame and the temple portion of the pinhole glasses;
6 is an exemplary view showing the operation process of the diaphragm of the diaphragm pinhole part of the pinhole glasses;
7 is an exemplary view showing a state in which pinhole glasses are coupled to existing glasses;
8 is a perspective view showing a process of coupling a pinhole auxiliary pad part to existing glasses;
9 is a cross-sectional view showing a cross-sectional configuration of a state in which a pinhole auxiliary pad unit is coupled to existing glasses;
10 is an exemplary view showing a process of stacking and combining existing glasses, a pinhole auxiliary pad part, and pinhole glasses;
11 to 13 are views showing modifications of the pinhole auxiliary pad unit;
14 is an exemplary view showing a process of stacking and coupling a pinhole auxiliary pad and pinhole glasses to existing glasses;
15 is a perspective view showing a state when the pinhole glasses are worn upside down;
16 is an example showing a comparison between a case where the user wears the pinhole glasses correctly and a state where the user wears them upside down;
17 is an exemplary diagram showing the configuration of an diaphragm motor driving unit of pinhole glasses.

In order to fully understand the present invention, preferred embodiments of the present invention will be described with reference to the accompanying drawings. Embodiments of the present invention may be modified in various forms, and the scope of the present invention should not be construed as being limited to the examples described in detail below. This embodiment is provided to more completely explain the present invention to those skilled in the art. Therefore, the shapes of elements in the drawings may be exaggerated to emphasize a clearer explanation. It should be noted that in each drawing, the same members are sometimes indicated by the same reference numerals. Detailed descriptions of well-known functions and configurations that may unnecessarily obscure the subject matter of the present invention are omitted.

Figure 1 is a view showing the configuration of the pinhole glasses assembly 1 according to the present invention, Figure 2 is a perspective view showing the configuration of the pinhole glasses 100 to which the diaphragm pinhole portion 120 is mounted, Figure 3 is a color It is an exemplary view showing the configuration of the pinhole glasses 100 to which the lens 170 is mounted,

As shown, in the pinhole glasses assembly 1 according to the present invention, a plurality of split pinhole lenses 123 are adjusted in the form of a diaphragm, and the diaphragm pinhole portion 120 and the color lens 170 that improve visual acuity are selectively provided. It includes pinhole glasses 100 coupled to each other, and a pinhole auxiliary pad part 200 that is easily detachable from the existing glasses 10 and exhibits a pinhole effect.

According to the user's convenience, as shown in FIG. 2 , the pinhole glasses 100 equipped with the diaphragm pinhole 120 can be used alone to obtain various visual acuity improvement effects including the pinhole effect, and in FIG. 3 As shown, it can be used as a substitute for sunglasses by separating the aperture pin hole portion 120 and combining the color lens 170.

In addition, a user with poor eyesight uses the pinhole glasses 100 in combination with the existing glasses 10, as shown in FIG. 7, or pinhole assistance with the existing glasses 10, as shown in FIG. By simply mounting the pad part 200, it is possible to enjoy an effect of improving eyesight through a pinhole effect.

In addition, in some cases, as shown in FIG. 14, the pinhole auxiliary pad unit 200 and the pinhole glasses 100 may be stacked in three layers on the existing glasses 10. In this case, there is an advantage in that you can enjoy the effect of sunglasses together with the pinhole effect.

4 and 5 are exploded perspective views showing the disassembled configuration of the pinhole glasses 100. The pinhole glasses 100 according to the present invention include a pair of lens frames 110, a pair of aperture pinholes 120 accommodated inside the pair of lens frames 110, and a pair of lens frames 110. ) Connected between the central bridge 130 connecting each other, the upper hook 140 coupling the lens frame 110 to the existing glasses 10 worn by the user, and a pair of lens frames 110 A position adjusting nose support 150 seated on the user's nose and a pair of temple parts coupled to the outside of the pair of lens frames 110 and mounted on the ears so that the pinhole glasses 100 are fixed to the user's face ( 160).

The pinhole glasses 100 according to the present invention are provided so that each component can be disassembled and assembled from each other, and when the user directly wears the face, it is worn in an assembled state as shown in FIGS. 2 and 3, and the user can use the existing When coupled to the existing glasses 10 worn on the temple portion 160 is removed and only the lens frame 110 is used in combination.

In the pinhole glasses 100 according to the present invention, the diaphragm pinhole portion 120 is provided in a diaphragm type so that the size of the central pinhole 127 inside can be freely adjusted, and in addition, the plurality of outer pinholes 124 formed on the outside By doing so, the original function of the pinhole glasses is performed. As a result, it is possible to adjust the perspective according to the size of the pupil to give the iris muscle repetitive motion and the pinhole effect.

In addition, when the size of the central pinhole 127 is maximized by adjusting the aperture, there is no inconvenience in the user's activities even when wearing the pinhole glasses 100, and daily vision can be secured, and presbyopia is relieved and eyesight is improved. , It is useful for outdoor activities or learning, and has the advantage of being able to exercise eyes at any time, improving concentration, and maximizing the effect of eye exercise.

The pair of lens frames 110 accommodate the aperture pin hole portion 120 therein and are coupled with the temple portion 160 . As shown in FIG. 4, the lens frame 110 is formed in the form of an enclosure with an accommodation space therein. An aperture pin hole portion 120 is accommodated inside the lens frame 110 .

The lens frame 110 may be formed in various shapes as long as it can accommodate the aperture pin hole 120 . The central bridge coupling groove 111 to which the central bridge 130 is coupled is recessed inside the upper part of the lens frame 110, and the upper hook coupling groove 112 to which the upper hook 140 is coupled is recessed on the outer side of the upper part. do.

A central bridge 130 is inserted into the central bridge coupling groove 111 so that a pair of lens frames 110 are connected to each other. As shown in FIG. 7, the upper hook coupling groove 112 is coupled to the upper hook 140 when the pinhole glasses 100 are coupled to the spectacle frame 11 of the existing glasses 10.

In addition, a plurality of drainage holes 113 are formed at the bottom of the lens frame 110 so that water can be drained when the lens frame 110 is washed. A temple coupling groove 114 to which the temple portion 160 is coupled is recessed on the outer upper portion of the lens frame 110 . As shown in FIG. 5 , the Mimi 161 of the temple portion 160 is inserted into and coupled to the temple coupling groove 114 . Since the Mimi 161 is formed of a magnet member, the inner wall surface of the temple coupling groove 114 is also formed of a corresponding magnet or metal material.

At the bottom of the temple coupling groove 114, a nose support coupling groove 115 into which the fitting magnet 153 of the position adjusting nose support 150 is inserted is formed recessed inward. Insertion magnet 153 is formed in a rectangular cross section. On the other hand, the temple coupling groove 114 is formed with a certain area larger than the cross section of the insertion magnet 153, and as shown in FIG. 4, the inner wall surface is provided with a staggered groove 115a formed inclined at a certain angle. The staggered groove (115a) allows the fitting magnet 153 to be coupled to a certain angle shift without being coupled to the correct position.

As shown in (a) of FIG. 16, when the user properly wears the pinhole glasses 100, the fitting magnet 153 is inserted into the center of the temple coupling groove 114 in place, and in (b) of FIG. 16 As shown in , when the pinhole glasses 100 are worn upside down, the lens frame 110 is obliquely coupled to the position adjusting nose support 150 by inserting the fitting magnets 153 in the opposite angles from side to side in the opposite angle grooves 115a. .

Accordingly, when the user wears the pinhole glasses 100 upside down, the lens frame 110 is not positioned perpendicularly to the face due to the angle difference between the position adjusting nose support 150 and the lens frame 110, but is positioned inclined at a certain angle. It hangs over the bridge of the nose or forehead. Due to the inclination angle of the lens frame 110, the lens frame 110 forms an eaves on the face to partially block sunlight shining down from above, and has an effect of relieving eye fatigue.

Meanwhile, as shown in FIG. 4 , a lens exposure hole 117 is formed through the front and rear center regions of the lens frame 110 . The inner lens exposure hole 121a of the diaphragm pin hole 120 accommodated inside the lens frame 110 is positioned to correspond to the lens exposure hole 117 .

Accordingly, the plurality of split pinhole lenses 123 of the aperture pinhole portion 120 are exposed to the outside through the lens exposure hole 117, and by the pinhole effect, myopia or hyperopia can be corrected or eye fatigue can be recovered.

On one side of the lens exposure hole 117, an aperture control slit 118 is formed with a predetermined length, and a lens adjustment aperture 125 of an aperture pin hole 120 is movably positioned in the aperture adjustment slit 118. An adjustment shaft 118a is vertically inserted into the aperture pin hole 120 and inserted into the shaft insertion hole 125a of the lens adjustment aperture 125 . The user adjusts the size of the central pinhole 127 formed by closing the plurality of split pinhole lenses 123 by moving the control shaft 118a along the aperture control slit 118.

6(a) and 6(b) are exemplary diagrams showing an example in which the position of the split pinhole lens 123 is adjusted by the lens adjustment aperture 125. As shown, by moving the control shaft 118a to adjust the size of the central pinhole 127, the perspective can be adjusted according to the size of the pupil, and the iris muscle repetition and pinhole effect can be implemented at the same time.

In addition, as shown in (b) of FIG. 6, when the size of the central pinhole 127 is adjusted to the maximum, the user's field of view is secured, and daily activities are possible even while wearing the pinhole glasses 100.

On the other hand, a pair of lens coupling collars 119 are provided to protrude from the top and bottom of the lens exposure hole 117 . As shown in FIG. 3, the color lens 170 may be fitted to the lens coupling collar 119 in a sliding manner.

As shown in FIG. 2, the user can separate the aperture pin hole 120 accommodated inside the lens frame 110 and combine the color lens 170 to the lens coupling collar 119 to use it in the form of sunglasses. Various color lenses as well as polarized lenses may be coupled to the lens coupling collar 119 .

On the side of the lens frame 110, a side cover 116 capable of inserting or removing the aperture pin hole 120 is provided to be rotatable up and down. The user may rotate the side cover 116 upward to insert the aperture pin hole 120 into the lens frame 110 or separate the aperture pin hole 120 to the outside.

Meanwhile, the lens frame 110 may be formed in various forms such as transparent, opaque, translucent, and luminous.

The aperture pinhole unit 120 is inserted into the lens frame 110 to perform various functions including a pinhole effect. As shown in FIG. A lens adjustment aperture 125 extending from any one of the split pinhole lenses 123 is included.

The sector frame 121 accommodates a plurality of split pinhole lenses 123 therein, and supports the plurality of split pinhole lenses 123 to gather in the center or spread outward according to the position of the lens adjustment aperture 125. do.

An internal lens exposure hole 121a is formed in a size corresponding to the lens exposure hole 117 in the central region of the sector frame 121 . In addition, on the plate surface of the sector frame 121, there are lens guide holes 121b for guiding the movement of each split pinhole lens 123 so that each split pinhole lens 123 gathers toward the center or spreads outward. A certain length is formed for each (123).

As shown enlarged in FIG. 6(a), the plurality of split pinhole lenses 123 are provided in a form in which their outer circumferential surfaces can contact each other and be closed, and are positioned inside the sector frame 121.

An outer pinhole 124 is formed on the surface of each split pinhole lens 123 . Each of the split pinhole lenses 123 is positioned such that both side surfaces are in contact with each other, and the guide protrusion 123a protruding from the plate surface is inserted into the lens guide hole 121b.

The lens adjustment aperture 125 protrudes from one of the plurality of split pinhole lenses 123 to the outside of the sector frame 121 and is provided to move the split pinhole lens 123 left and right.

Since the plurality of split pinhole lenses 123 are closed so that both sides come into contact with each other, when the position of one split pinhole lens 123 is adjusted, they move together along the lens guide hole 121b and are gathered inward or outward. will unfold As a result, the size of the central pinhole 127 formed in the central region of the plurality of split pinhole lenses 123 is small as shown in FIG. 6 (a), or as shown in FIG. 6 (b) scaled to maximum size.

The lens adjustment aperture 125 is disposed at a position corresponding to the aperture adjustment slit 118 of the lens frame 110 inside the sector frame 121 . An adjustment shaft 118a is inserted into the shaft insertion hole 125a of the lens adjustment aperture 125, and the lens adjustment aperture 125 is moved by a user pressing the adjustment shaft 118a from the outside.

On the other hand, the outer pinhole 124 is provided to maximize concentration improvement and eye movement effects by combining the advantages of circular and square shapes. To this end, the outer pinhole 124 is preferably formed in a "D" shape when viewed from the front.

And, as shown in the enlarged cross-sectional view of FIG. 6 (a), the outer pinhole 124 has a hemispherical shape 124a at the front and a funnel shape 124b at the bottom. Since the outer pinhole 124 has a connection structure in which the hemispherical shape 124a and the funnel shape 124b are intersected and penetrated, diffused reflection can be minimized. In addition, the hemispherical portion 124a refracts light to reduce haze caused by diffuse reflection.

When a plurality of split pinhole lenses 123 are gathered by adjusting the position of the lens adjustment aperture 125, the aperture pinhole portion 120 narrows the field of view and a central pinhole 127 is formed in the middle area. When the plurality of split pinhole lenses 123 are opened, the diaphragm expands as much as the size of the pupil to help promote relaxation of the iris muscle.

And, as shown in (b) of FIG. 6, when the plurality of split pinhole lenses 123 are widened outward, the central pinhole 127 is maximized to correspond to the size of the inner lens exposure hole 121a, and the user's field of view acquisition may be possible.

In addition, the outer pinhole 124 on the surface of the split pinhole lens 123 has the effect of mitigating presbyopia and improving eyesight, useful for outdoor activities or learning, and enabling frequent eye exercise, improving concentration and maximizing the effect of eye exercise Advantages there is

On the other hand, the shape of the split pinhole lens 123 can be transformed into various forms within a range in which a plurality of them can be mutually closed.

On the other hand, the outer pinhole 124 may be formed in various shapes such as various alphabet shapes, numbers, and letters as long as it can improve concentration and maximize eye movement effects, in addition to the letter "D" shape as shown.

Meanwhile, the aperture pin hole portion 120 of the present invention is coupled to the lens frame 110 to treat night blindness of the user. In general, night blindness caused by disease is difficult to treat except for night blindness caused by vitamin A deficiency. The pinhole glasses 100 of the present invention correct refractive error using the aperture pinhole 120 and reduce glare and light scattering by wearing color lenses 170 to increase color contrast intensity to adjust the time required to adapt to light and darkness. can alleviate the symptoms of night blindness.

Night myopia occurs when the pupil enlarges at night, reducing the depth of focus and revealing higher-order aberrations (chromatic and spherical aberration) of the lens that the pupil covered during the day.

Another way to alleviate night blindness is to provide the split pinhole lens 123 of the aperture pinhole unit 120 with a luminous material. When going from a bright place to a dark place, the luminous intensity of the luminous light itself naturally decreases due to the luminous split pinhole lens 123 that absorbs a certain amount of light, and the user's night blindness can be alleviated by the effect gradually applied to a sudden dark environment.

The central bridge 130 connects a pair of lens frames 110 to each other. As shown in FIG. 4 , the central bridge 130 is inserted into the central bridge coupling groove 111 formed on the inner upper portion of the pair of lens frames 110 to connect the pair of lens frames 110 to each other.

The central bridge 130 is provided in the form of a rod having a certain length and is coupled to the central bridge coupling groove 111 with an interference fit or one-touch to constrain the pair of lens frames 110 to each other.

The upper hook 140 is accommodated in the upper hook coupling groove 112 on the upper surface of the pair of lens frames 110, and is used when connecting the pinhole glasses 100 and the existing glasses 10 as shown in FIG. . The upper hook 140 is formed to protrude downward on one side of the horizontal bar 141 provided to correspond to the distance between the lens frame 110 and the existing glasses 10 and the horizontal bar 141, so that the existing glasses 10 It includes an insertion leg 143 fitted to the eyeglass frame 11 of the.

As shown in FIG. 7, when a user with poor eyesight wants to use the pinhole glasses 100 by combining them with the existing glasses 10, the user removes the upper hook 140 accommodated in the upper hook coupling groove 112. Use after separating to the outside. The upper hook 140 is formed of a material having strength to maintain a stable coupling state for a long time. After the upper hook 140 is rotated toward the existing glasses 10, the insertion leg 143 is inserted into the upper portion of the spectacle frame 11 of the existing glasses 10 to fix the pinhole glasses 100 and the spectacle frame 11.

The position adjusting nose support 150 is coupled between the pair of lens frames 110 and mounted on the user's nose so that the user can wear the pinhole glasses 100 comfortably. As shown in FIG. 4, the position adjusting nose support 150 has a nose support leg 151 that is spread on both sides at the bottom and mounted on the nose, and is protruded on both sides of the nose support leg 151 to form a nose support coupling groove 115 ) Includes a fitting magnet 153 inserted into.

As described above, when the user wears the pinhole glasses 100 correctly, the fitting magnet 153 is accurately coupled to the nose support coupling groove 115 as shown in FIG. 16 (a), and in FIG. 16 (b) As shown in ), when wearing the pinhole glasses 100 upside down, it is inserted into the cross groove 115a of the nose support coupling groove 115 so that the position adjusting nose support 150 is inclined to the lens frame 110 .

Here, although not shown in the drawings, a magnet chip or magnetic pad having magnetism is embedded inside the nose support leg 151, which is harmless to the user's body and beneficial to blood circulation. It can be used as a blood flow improving effect to improve rhinitis and as a blood pressure acupressure tool between the eyebrows. In other words, the magnetic pad has the effect of relieving insomnia, depression, and anxiety disorders by acupressure on the acupressure point located in the middle of the forehead between the eyebrows, in addition to the effect of improving blood flow by acupressure on the bridge of the nose.

Here, materials beneficial to the human body such as germanium, tourmaline, illite, and neodymium that generate negative ions may be combined with the nose bridge 151 in addition to magnetic chips or magnetic pads having magnetism. In addition, a permanent magnet having a muscle pain relieving effect by generating magnetic force from which a magnetic field is radiated may be applied.

The temple portion 160 is coupled to the outer side of the pair of lens frames 110 and mounted on the user's ears so that the user can wear the pinhole glasses 100 on the user's face. As shown in FIG. 5, the temple portion 160 includes the Mimi 161 disposed on the outside of the lens frame 110 and the temple coupling groove 114 of the lens frame 110 protruding from the inside of the Mimi 161. ), a coupling magnet 161a inserted into the Mimi 161, a leg 163 extending from the Mimi 161 to the user's ear, and a hinge axis 162 supporting the leg 163 to be folded or unfolded to the Mimi 161 ).

The coupling magnet 161a is detachably coupled to the temple coupling groove 114 by magnetic force. An acupressure ball 164 is provided on the inside of the leg 163 in contact with the user's skin. The acupressure ball 164 is accommodated in the acupressure ball groove 163b formed on the leg 163, and is rotated to protrude toward the user's temple as needed.

The acupressure ball 164 is rotatably coupled to the acupressure ball groove 163b by the acupressure ball support shaft 164a. A magnet is built into the acupressure ball 164 to acupressure and stimulate the temples (Taeyanghyeol) to clear the head and activate brain cells. In addition, the acupressure ball 164 may be placed in contact between the leg 163 and the user's skin to minimize shaking of the pinhole glasses 100. To this end, the acupressure ball 164 may have a surface made of a soft material.

Although only one acupressure ball 164 is shown in the drawing, in some cases, a plurality of acupressure balls may be provided to extend the acupressure range to the temple or cheekbones.

On one side of the acupressure ball 164, a plurality of anti-sweat protrusions 163a are provided along the longitudinal direction. The anti-sweat protrusion 163a is formed to protrude in a hemispherical shape at the part where the user's skin and the leg 163 come into contact, thereby preventing body secretions such as sweat from accumulating on the back of the ear.

In addition, the anti-sweat protrusion 163a is formed of a magnetic material such as neodymium having strong magnetism or a material beneficial to the human body to help relax blood flow.

Meanwhile, at the end of the leg 163, a leg tip 165 to be inserted into the user's ear is formed by bending. A free curve ruler 165a is provided in the bending area of the leg tip 165. The free-curving ruler 165a is formed by coupling a flexible wire to a spring wound with a coil so that the leg tip 165 is free to bend. The height of the ear of the leg tip 165 can be freely adjusted by the free curve ruler 165a.

In addition, a magnet ball 166a and a separation space 166b between the magnet balls 166a are formed in the earring part of the leg tip 165. As a result, when the leg tip 165 is bent by the free-curving ruler 165a, the plurality of magnet balls 166a are pushed and supported so that the bent shape can be stably maintained.

In addition, the magnetic ball 166a is formed of a permanent magnet that generates magnetic force from which a magnetic field is radiated, so that it can relieve muscle pain. In some cases, it can be replaced with a germanium ball, etc., and it can show the effect of relieving motion sickness.

In addition, the leg tips 165 are formed of a silicon material mixed with Zion ink whose color changes according to the body temperature, so that the current user's body temperature can be recognized by looking at the color of the leg tips 165. The user can check his or her body temperature by looking at the currently displayed color, and quickly check whether he or she has a cold or the like.

The pinhole auxiliary pad unit 200 is easily attached to and detached from the existing glasses 10 worn by the user, and functions to improve the user's eyesight by the pinhole effect. The pinhole auxiliary pad unit 200 is used to assist the pinhole glasses 100.

As shown in FIG. 8, the pinhole auxiliary pad unit 200 is used in combination with the existing glasses 10, or is disposed between the existing glasses 10 and the pinhole glasses 100 as shown in FIG. 14 to serve as a cushion. It is possible to prevent surface damage caused by contact between the existing glasses 10 and the pinhole glasses 100, and to fix the pinhole glasses 100 and the existing glasses 10 more firmly.

The pinhole auxiliary pad part 200 includes a pinhole auxiliary pad body 210 formed of a material having a cushioning feeling such as silicon, and a center hole pad 240 detachably inserted into the pinhole auxiliary pad part 200. do.

The pinhole auxiliary pad body 210 may be formed of a material that can be adhered to the lens 12 of the existing glasses 10 other than silicon, and may be a thin film for easy attachment to the lens 12, and may be independent. It can also be provided with various thicknesses so that it can be used as a

Figure 10 (a) is a perspective view showing the rear configuration of the pinhole auxiliary pad unit 200 coupled with the center hole pad 240, Figure 10 (b) is a pinhole auxiliary coupled with the center hole pad 240 It is a perspective view showing the front configuration of the pad unit 200.

A center hole 211 to which the center hole pad 240 is detachably coupled is formed through the inside of the pinhole auxiliary pad body 210 . When the center hole pad 240 is inserted into the center hole 211, a pad coupling step 211a is formed along the inner circumferential surface so that the center hole pad 240 is engaged with each other to fix the position. As shown in the lower cross-sectional view of FIG. 10(b), the body coupling neck 243 is engaged with the pad coupling step 211a to limit and fix the insertion position of the center hole pad 240.

A plurality of pad outer pinholes 213 are provided on the plate surface of the pinhole auxiliary pad body 210 . The pad outer pinhole 213 is formed in the same shape as the outer pinhole 124 described above. The pad outer pinhole 213 is formed so that the pad hemispherical shape 213a and the pad funnel shape 213b are connected.

A plurality of adsorption films 215 are provided on the rear upper portion of the pinhole auxiliary pad body 210 . As shown enlarged, the adsorption film 215 is adsorbed to the lens 12 of the existing glasses 10 by vacuum pressure so that the pinhole auxiliary pad part 200 is fixed to the existing glasses 10 .

The pinhole auxiliary pad body 210 is formed of a soft material having hardness and elasticity, and may be manufactured by mixing any one of fragrance, menthol, luminous material, and Zion pigment.

The center hole pad 240 is provided in a shape corresponding to the center hole 211 and is detachably coupled to the center hole 211 . The user can use the pinhole auxiliary pad unit 200 by attaching it to the existing glasses 10 without the center hole pad 240 or using the center hole pad 240 in combination.

A main body coupling neck 243 is formed on the rear surface of the center hole pad 240, and as shown in the lower cross-sectional view of FIG. It can be. A plurality of center pad pin holes 241 are provided on the plate surface of the center hole pad 240 . The configuration of the center pad pinhole 241 is the same as that of the outer pinhole 124, so that the hemispherical shape 241a and the funnel shape 241b are connected.

The pinhole auxiliary pad part 200 is easily combined with the existing glasses 10 by the adsorption film 215 and used independently of the pinhole glasses 100, and the pinhole by the pad outer pinhole 213 and the center pad pinhole 241 As a result, it can help users to correct their eyesight and improve their concentration.

Here, as shown in FIG. 8 , the pinhole auxiliary pad part 200 may have a glasses holder clip 220 formed on the upper part of the pinhole auxiliary pad part 200 . The glasses holder clip 220 is inserted into the glasses frame 11 of the existing glasses 10 to improve the bonding force between the pinhole auxiliary pad part 200 and the existing glasses 10 .

As shown in FIG. 9, the pinhole auxiliary pad unit 200 is adsorbed to the lens 12 by the adsorption film 215, and at the same time, the glasses holder clip 220 is inserted into the eyeglass frame 11 so that the position can be stably fixed. there is.

In addition, as shown in FIG. 11, the pinhole auxiliary pad part 200a is one corresponding to the shape of the spectacle frame 11 of the existing glasses 10 without a separate center hole pad 240 in the pinhole auxiliary pad body 210a. It may be provided in the absence of. At this time, it may further include a lower coupling cover 221 and a lower rim cover 223 as well as the glasses holder clip 220 . The lower coupling cover 221 is coupled to the lower portion of the spectacle frame 11, and the lower rim cover 223 is made of a material having elasticity to cover the rim area of the spectacle frame 11, and the spectacle frame 11 and the pinhole auxiliary pad portion ( 200a) rigidly constrains the position.

Meanwhile, as shown in FIG. 12 , the pinhole auxiliary pad unit 200b may have various shapes including a circular shape to match the shape of the eyeglass frame 11 .

Meanwhile, as shown in (a) of FIG. 13 , the pinhole auxiliary pad unit 200c may have a side elastic cover 230 for fitting glasses on the outside of the pinhole auxiliary pad body 210c. The glasses-fitting side elastic cover 230 is provided in a shape capable of completely covering the outside of the existing glasses 10, as shown in (b) of FIG. The glasses-fitting side elastic cover 230 is elastically stretched without interference with the position-adjusting nose support 150, and when the glasses frame 11 of the existing glasses 10 is inserted therein, it returns to its initial state, and the existing glasses 10 and the pinhole The auxiliary pad part 200c is completely fixed.

As a result, the coupled state to the existing glasses 10 can be stably maintained even in active physical activity of the user. In addition, the glasses-fitting side elastic cover 230 is formed in an area capable of covering the side of the eye, and thus has an effect of blocking light.

Here, an elliptical pinhole 214 may be formed in a central region of the pinhole auxiliary pad unit 200c. The elliptical pinhole 214 is formed in an elliptical shape that is long to the left and right.

Various use processes of the pinhole glasses assembly 1 according to the present invention having such a configuration will be described with reference to FIGS. 1 to 16.

The pinhole glasses assembly 1 of the present invention is provided together with the pinhole glasses 100 and the pinhole auxiliary pad unit 200. The pinhole glasses 100 include a pair of diaphragm pinhole parts 120 and a plurality of color lenses 170 .

When the user has good eyesight and does not previously wear glasses, the user wears only the pinhole glasses 100 as shown in FIG. 2 . The aperture pin hole portion 120 is accommodated in the lens frame 110, and the assembly is completed by combining the central bridge 130, the position adjusting nose support 150, and the temple portion 160.

The user may adjust the size of the central pinhole 127 by wearing the pinhole glasses 100 and moving the adjusting shaft 118a. The user receives help in vision correction and concentration improvement through the pinhole effect through the outer pinholes 124 of the plurality of split pinhole lenses 123. In addition, by adjusting the size of the central pinhole 127, it is possible to help iris muscle movement.

Meanwhile, when trying to use the pinhole glasses 100 as sunglasses, the user opens the side cover 116 of the lens frame 110 and separates the aperture pinhole portion 120 as shown in FIG. 3 . In addition, the color lens 170 can be slidably coupled to the lens coupling collar 119 to be used as sunglasses.

In some cases, the color lens 170 may be combined and used while the aperture pin hole 120 is worn.

On the other hand, a user who previously wears glasses due to poor eyesight may use the pinhole glasses 100 by combining them with the existing glasses 10 as shown in FIG. 7 . In this case, the temple portion 160 is separated from the lens frame 110 and the lens frame 110 is coupled to the eyeglass frame 11 using the upper hook 140 and used.

Accordingly, even a user with poor eyesight can see the effect of improving eyesight according to the pinhole effect by wearing the pinhole glasses 100 overlapping each other.

On the other hand, a user who desires simple attachment to the existing glasses 10 may use the pinhole auxiliary pad unit 200 by combining it with the glasses frame 11 as shown in FIG. 8 . At this time, by using the adsorption film 215 of the pinhole auxiliary pad unit 200, it can be simply coupled to the lens 12 and used.

Since the pinhole auxiliary pad unit 200 is formed of a silicon material, it has the advantage of being reused by washing with water.

Meanwhile, as shown in FIG. 14 , the user may overlap the pinhole auxiliary pad part 200 and the pinhole glasses 100 on the existing glasses 10 and wear them together. At this time, the pinhole glasses 100 may be used by combining the color lenses 170 .

In addition, when the aperture pinhole part 120 is combined with the pinhole glasses 100 and worn, the pinhole auxiliary pad part 200 has a double layer of the outer pinhole 213 of the pad and the outer pinhole 124 of the aperture pinhole part 120. An overlapping structure is formed. In this case, a dark darkroom space is formed in the center so that the iris can be easily applied in a dark environment. Accordingly, there is an effect of reducing eye fatigue and alleviating night blindness and night myopia.

In addition, when the size of the center pad pin hole 241 of the center hole pad 240 is larger than the outer pin hole 124, the haze phenomenon can be reduced.

Meanwhile, the user may wear the pinhole glasses 100 upside down as shown in FIG. 15 . As shown in (b) of FIG. 16 in a state where the pinhole glasses 100 are turned upside down, the user places the fitting magnet 153 of the position adjusting nose support 150 in the opposite angle groove 115a of the nose support coupling groove 115. insert

As a result, as shown in FIG. 15 , the position adjusting nose support 150 is inclined at a predetermined angle θ with respect to the lens frame 110 . When the user wears the pinhole glasses 100 upside down on the face A due to the inclination angle of the position adjusting nose support 150, as shown in FIG. 16(b), the lens frame 110 is constant with respect to the face. It is positioned at an angular inclination and forms an eaves.

The naturally formed eaves can partially block the light from above and relieve eye fatigue.

In addition, since the diaphragm pinhole portion 120 is reversed, unlike the pinhole effect, the exposure range increases when worn, and a synergistic effect of reducing eye fatigue can be provided through frontal and top-down eye movements.

In addition, while the height is spaced apart, the transmittance of light entering from the top is partially blocked, and glare is minimized to halve eye fatigue and create a visual environment in which you can concentrate on reading and studying downward.

Meanwhile, in the pinhole glasses of the present invention described above, the position of the split pinhole lens 123 of the diaphragm pinhole portion 120 is manually operated by the user using the adjusting shaft 118a.

However, in some cases, as shown in FIG. 17, in the pinhole glasses 100a according to another embodiment, the aperture driving unit 180 is provided on the upper part of the lens frame 110 to automatically operate according to the input signal input by the user. A position of the split pinhole lens 123 may be adjusted.

The aperture electric driver 180 may include an input button 181, a USB terminal 183, a driving motor 185, a battery 187, and an electric gear 189 that rotates in engagement with the driving gear 185a. .

The arrangement shape of the electric aperture driving unit 180 may be variously modified.

As described above, the pinhole glasses assembly according to the present invention can provide various functions of pinhole glasses having a pinhole effect, sunglasses using color lenses, and night blindness alleviating glasses.

In addition, it is possible to additionally provide rhinitis improvement by the magnetic chip embedded in the position adjusting nose support, blood flow improvement in the temple by the acupressure ball provided in the temple part, and motion sickness reduction effect by the magnetic ball provided in the leg tip.

In addition, it is possible to provide the ease of shape deformation by the free curve ruler provided on the leg tip and the sweat drainage by the protrusion preventing condensation.

In addition, according to the user's choice, the pinhole auxiliary pad part can be attached to the existing glasses to provide a pinhole effect independently, and the pinhole auxiliary pad part and the pinhole glasses can be worn together with the existing glasses. In this case, stable integration is possible by the pinhole auxiliary pad part, and impact can be dispersed in case of external impact.

In addition, the pinhole glasses according to the present invention has the advantage of being able to be worn upside down.

The embodiment of the pinhole glasses assembly of the present invention described above is only exemplary, and those skilled in the art will be aware that various modifications and other equivalent embodiments are possible therefrom. You will be able to. Therefore, it will be well understood that the present invention is not limited to the forms mentioned in the detailed description above. Therefore, the true technical protection scope of the present invention should be determined by the technical spirit of the appended claims. It is also to be understood that the present invention includes all modifications, equivalents and alternatives within the spirit and scope of the present invention as defined by the appended claims.

1: pinhole glasses assembly 10: existing glasses
11: eyeglass frame 12: lens
13: nose pad 15: temple
100: pinhole glasses 110: lens frame
111: central bridge coupling groove 112: upper hook coupling groove
113: drainage hole 114: temple coupling groove
115: nose support coupling groove 115a: cross groove
116: side cover 117: lens exposure hole
118: aperture control slit 118a: control shaft
119: lens coupling collar 120: aperture pin hole
121: sector frame 121a: internal lens exposure hole
121b: lens guide hole 123: split pinhole lens
123a: guide protrusion 124: outer pinhole
124a: hemispherical shape 124b: funnel shape
125: lens adjustment aperture 125a: shaft insertion hole
127: central pinhole 130: central bridge
140: upper hook 141: horizontal bar
143: insertion leg 150: position adjustment nose support
151: nose support leg 153: fitting magnet
160: temple part 161: Mimi
161a: coupling magnet 162: hinge axis
163: leg 163a: sweat prevention protrusion
163b: acupressure ball home 164: acupressure ball
164a: acupressure ball support shaft 165: leg tip
165a: free curve ruler 166: earring
166a: magnet ball 166b: separation space
170: color lens 180: aperture motor drive unit
181: input button 183: USB terminal
183a: waterproof cap 185: drive motor
185a: drive gear 187: battery
189: electric gear 200: pinhole auxiliary pad part
210: pinhole auxiliary pad body 211: center hole
211a: pad coupling step 213: pad outer pinhole
213a: pad hemisphere shape 213b: pad funnel shape
214: elliptical pinhole 215: adsorption film
220: glasses holder clip 221: lower coupling cover
223: lower rim cover 230: side elastic cover for wearing glasses
231: locking irregularities 240: center hole pad
241: center pad pinhole 241a: hemispherical shape
241b: funnel shape 243: body coupling neck
A: face

Claims (16)

In the pinhole glasses assembly,
a pair of lens frames 110 having a lens exposure hole 117 and an aperture control slit 118;
an aperture pin hole portion 120 accommodated inside the pair of lens frames 110 and adjusting the amount of light entering the user's eyes by adjusting the position;
a central bridge 130 connecting the pair of lens frames 110 to each other;
a position adjusting nose support 150 coupled to the pair of lens frames 110 at the lower part of the central bridge 130 and mounted on the user's nose;
It includes a temple part 160 detachably coupled to the outer side of the pair of lens frames 110 and mounted on the user's ears,
The aperture pin hole portion 120,
a sector frame 121 having an internal lens exposure hole 121a corresponding to the lens exposure hole 117 at the center of both sides;
The sector frame 121 is disposed in a form in contact with each other along the circumferential direction, and outer pinholes 124 are formed on the plate surface, and are gathered at the center of the inner lens exposure hole 121a or the inner lens exposure hole 121a. ) and a plurality of split pinhole lenses 123 that open outward and adjust the size of the central pinhole 127 to be variable;
It extends from one of the plurality of split pinhole lenses 123 to the outside of the sector frame 121 and is positioned in the aperture adjusting slit 118, and adjusts the position of the plurality of split pinhole lenses 123 to A pinhole glasses assembly comprising a lens adjustment aperture 125 that allows the size of the central pinhole 127 to be adjusted.
According to claim 1,
A central bridge coupling groove 111 into which the central bridge 130 is inserted is recessed at a predetermined depth with respect to the plate surface on the inner side of the upper portion of the lens frame 110,
A temple coupling groove 114 to which the temple portion 160 is detachably coupled is recessed on the outer side of the lens frame 110,
On the inner side of the lens frame 110, a nose support coupling groove 115 to which the position adjusting nose support 150 is coupled is formed to be recessed inward,
Insertion magnets 153 formed of magnets inserted into the nose support coupling grooves 115 protrude from both sides of the position adjusting nose support 150,
The nose support coupling groove 115 is inserted into the fitting magnet 153, and the outer periphery of the nose support coupling groove 115 accommodates the fitting magnet 153 at various angles. ) Pinhole glasses assembly, characterized in that formed in plurality.
According to claim 2,
It further includes an upper hook 140 for combining the lens frame 110 with existing glasses,
The upper hook 140 extends vertically from the horizontal bar 141 formed horizontally by the distance between the lens frame 110 and the existing glasses, and the end of the horizontal bar 141, and is fitted into the glasses frame of the existing glasses. It includes an insertion leg 143 to be,
The pinhole glasses assembly, characterized in that the upper hook coupling groove 112 in which the upper hook 140 is accommodated is recessed on the outer upper surface of the lens frame 110.
According to claim 3,
The front surface of the lens frame 110 is provided with a color lens coupling collar 119 formed to protrude at a certain height above and below the lens exposure hole 117,
A pinhole glasses assembly, characterized in that a color polarized lens and a sunglasses lens film are detachably inserted into the color lens coupling collar 119.
According to claim 4,
A pinhole glasses assembly, characterized in that a plurality of drainage holes 113 are formed at the bottom of the lens frame 110 to discharge water during washing.
According to claim 5,
The temple portion 160,
Mimi 161 inserted into the temple coupling groove 114;
a leg 163 extending a certain length from the Mimi 161 and seated on the user's ear;
It includes a hinge axis 162 supporting the leg 163 to rotate between the Mimi 161 and the leg 163,
The Mimi 161 is coupled to the temple coupling groove 114 by a magnetic force,
an acupressure ball 164 provided on the inner surface of the leg 163 so as to protrude toward the user's temple to acupressure the user's temple;
The pinhole glasses assembly, characterized in that it includes a plurality of sweat prevention protrusions (163a) provided on the inner surface of the leg (163) to protrude in an area in contact with the skin to prevent accumulation of internal secretions.
According to claim 6,
The end of the leg 163 is provided with a leg tip 165 that can be bent and mounted on the ear,
The inside of the leg tip 165 is provided with a free-curving ruler 165a accommodated along the longitudinal direction and supporting the shape of the leg tip 165 to be variable,
A plurality of magnet balls 166a are accommodated inside the earring at the end of the leg tip 165,
The pinhole glasses assembly, characterized in that the leg tip 165 is formed of a silicon material mixed with Zion pigment to display the wearer's body temperature to the outside.
According to claim 7,
The position adjusting nose support 150 can be combined by inverting the top and bottom of the pair of lens frames 110,
Pinhole glasses assembly, characterized in that when the position adjusting nose support 150 is coupled to the pair of lens frames 110 upside down, the position adjusting nose support 150 is fitted into the counter angle groove 115a.
According to claim 8,
It further includes a pinhole auxiliary pad part 200 made of a material having elasticity that is detachably inserted between the lens frame 110 and the spectacle frame of the existing glasses,
The pinhole auxiliary pad unit 200 has a center hole 211 formed therein and a plurality of pad outer pinholes 213 formed on the plate surface, and a pinhole auxiliary pad body 210 having an area corresponding to the spectacle frame of existing glasses. Wow;
A pinhole glasses assembly, characterized in that it includes a center hole pad 240 detachably inserted into the center hole 211 and having a center pad pin hole 241 formed on the plate surface.
According to claim 9,
The pinhole glasses assembly, characterized in that the inner surface of the pinhole auxiliary pad body 210 is provided with a plurality of adsorption films 215 adsorbed to the spectacle lenses of the existing glasses by vacuum pressure.
According to claim 9,
It further includes an aperture motor driving unit 180 provided on the top of the lens frame 110 to automatically adjust the aperture pin hole unit 120,
The aperture driving unit 180 includes an input button 181, a USB terminal 183, a driving motor 185 and an electric gear 189. Pinhole glasses assembly.
According to claim 11,
The pinhole auxiliary pad body 210 is formed of a soft material having hardness and elasticity, and is manufactured by mixing any one of fragrance, menthol, luminous material, and Zion pigment.
According to claim 12,
Pinhole glasses assembly, characterized in that the pinhole auxiliary pad body 210 is formed in a "c" shape in cross section on the outer side and provided with a glasses holder clip 220 inserted into the glasses frame of existing glasses.
According to claim 12,
Includes an elastic cover 230 on the side of the eyeglass fitting that extends to surround the outer periphery of the pinhole auxiliary pad body 210 and elastically wraps the spectacle frame of the existing glasses to couple the existing glasses with the pinhole auxiliary pad body 210 Pinhole glasses assembly, characterized in that to do.
According to any one of claims 1 to 14,
The outer pinhole 124, the pad outer pinhole 213, and the center pad pinhole 241 are formed in a “D” shape in front cross section, and a hemispherical shape and a funnel shape in side cross section shape. Pinhole glasses assembly, characterized in that formed.
According to any one of claims 1 to 14,
The outer pinhole 124, the pad outer pinhole 213, and the center pad pinhole 241 are pinhole glasses assembly, characterized in that the front cross-section shape is provided with any one of alphabets, numbers, letters, honeycomb shapes, and pupil shapes .

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