CN113075801A

CN113075801A - Pinhole glasses

Info

Publication number: CN113075801A
Application number: CN202110193915.9A
Authority: CN
Inventors: 郑瑌友
Original assignee: Individual
Current assignee: Individual
Priority date: 2021-02-20
Filing date: 2021-02-20
Publication date: 2021-07-06

Abstract

The invention relates to pinhole glasses, which are glasses composed of a glasses frame combined with glasses lenses and glasses legs hinged on two sides of the glasses frame and supported on ears. When the pinhole glasses are worn, the loudspeakers arranged on the glasses legs can replace the telephone receivers, and the pinhole glasses are linked with the smart phone to listen to various sounds, so that the pinhole glasses are convenient.

Description

Pinhole glasses

Technical Field

The invention relates to pinhole glasses, in particular to pinhole glasses which can listen to sound, can use the glasses to see things at the front, and can use pinholes at the upper ends of the glasses to clearly see characters when a smart phone or a computer display screen or small characters are seen.

Background

In modern life, the smart phone is a necessity carried by a person, and the person cannot leave the smart phone at any time, but the smart phone also serves as an electronic device, and is harmful to the health of the most important parts, namely eyes, in the human body like a computer display and a large-scale television.

The smart phone is close to eyes and emits bright light for a long time to cause the problem of eyeball dryness, further harms the eye health and causes the young and the old.

Especially when watching a smart phone, after focusing on sight and watching a few minutes of words, the accommodative muscles of the eyes become hard and the eyesight declines, and the older the smart phone, the things watched become blurred, and the eyesight is more difficult to recover.

The pinhole glasses provide help for vision deterioration by using a pinhole effect, are effective for far vision or myopia, can block bright light, inhibit eye fatigue and effectively prevent vision deterioration.

However, most of the pinhole glasses are used for vision correction, cannot be used in light rails or buses and in driving states, and cannot be used when a user watches a smart phone suddenly or looks up characters. And different from ordinary glasses, people can read books or smart phones on light rails or buses by wearing pinhole glasses, so that the users look stranger, are not convenient to wear and take the glasses, and can only use the glasses at home or in limited places.

[ Prior Art document ]

Korean patent registration No. 10-1436530

Disclosure of Invention

Technical problem

The present invention has been made to solve the above-mentioned problems occurring in the prior art, and an object of the present invention is to provide pinhole glasses capable of listening to sounds through speakers provided in glasses legs, allowing a user to see things through the front of the glasses at ordinary times, and allowing the user to clearly see words through pinholes formed in the upper ends of the glasses when the user views a smart phone, a computer monitor, or small words.

Technical scheme

In order to achieve the above object, the present invention provides a pair of pin-hole glasses, which comprises a glasses frame combined with glasses lenses and glasses legs hinged to both sides of the glasses frame and supported on ears, and which comprises pin-hole parts combined with the inner sides of the glasses lenses and forming a plurality of pin holes, wherein the pin-hole parts are detachably combined with the glasses frame.

Further, the pin hole part is formed by connecting half-moon-shaped pin hole lenses on two sides by a connecting band, and the pin hole lenses on two sides are penetrated by screws and are combined with the spectacle frame by screw threads.

Further, the pin hole part is formed by connecting half-moon-shaped pinhole lenses on two sides by a connecting band, and fixing clips are respectively arranged on the pinhole lenses on the two sides.

Further, the method comprises the following steps: the loudspeaker is arranged on the glasses legs and used for transmitting sound to ears; and a control part which is arranged in the glasses legs, is connected with the loudspeaker and is provided with a receiving part connected with an external smart phone in a Bluetooth mode.

Further, the speaker is composed of a bracket assembled on a hole formed on the temple and a cover combined with the bracket and perforated, and the bracket is integrally or detachably formed with the temple.

Furthermore, the loudspeaker is screwed on the temple by combining a plurality of screws on the bracket.

Further, the pin hole portion is a bent plate having a shape similar to about one third of the upper end of the glasses, and includes a pin hole lens or a pin hole mold formed of a plurality of pin holes in order to achieve a pin hole effect.

Further, the spectacles frame comprises a fixing clip for connecting the needle hole part with the spectacles frame.

Further, still include: the upper part is provided with the lens frame which is provided with the fixing clamp and is combined with the pinhole part and a connecting band which is connected with the lens frames at the two sides.

Further, a pinhole part coupled to the fixing clip is formed to be inclined as approaching the eye; the pinhole has a wide diameter on the eye side and is formed to be gradually narrowed toward the lens side.

Advantageous effects

According to the present invention, there is an advantageous effect in that,

when the glasses or sunglasses are worn, the earphones can be replaced by the loudspeakers arranged on the glasses legs, and the earphones and the smart phone can be linked to listen to various sounds conveniently;

when daily things are seen at ordinary times, the user can see the things and words from the front, and when the user looks at a smart phone or a computer display or small words, the user can see the things and words clearly through the pinhole part on the upper side of the eyes in time, so that the light is blocked, the eye fatigue is relieved, and the problem of eyeball dryness is prevented;

the novel light rail can not be subjected to different sightseeing and repelling of other people in light rails or buses and public places, and is convenient to wear and use during walking or driving.

Drawings

FIG. 1 is a perspective view of a first embodiment of a pinhole eyewear;

FIG. 2 is a side view of a first embodiment of a pinhole spectacle;

FIG. 3 is a side view of a second embodiment of a pinhole spectacle;

FIG. 4 is a side view of a2 nd-1 st embodiment of a pinhole spectacle;

fig. 5 is a perspective view showing a screw-on type of the pinhole eyeglasses of the third embodiment;

fig. 6 is a perspective view showing a type of a fixing clip of the pinhole eyeglasses of the fourth embodiment;

FIG. 7 is a perspective view of a fifth embodiment of a pin-hole spectacles having a clip for attachment at the individual pin-hole portion;

FIG. 8 is an exemplary illustration of a sixth embodiment of a pair of pinhole eyeglasses used on sunglasses or conventional spectacles;

fig. 9 is an exemplary view of a pinhole spectacle and affixing pinhole dies of the seventh embodiment.

Description of the symbols

100: an ophthalmic lens; 120: a spectacle frame;

140: a temple; 200: a needle hole portion;

220: a pinhole; 300: a speaker;

310: a support; 320: a cover;

330: a screw; 420: a receiving section.

380: a speaker strip; 390: earphone set

Detailed Description

The preferred embodiment of the pinhole spectacles according to the present invention will be described in detail below with reference to the accompanying drawings.

In the drawings, fig. 1 is a perspective view of a first embodiment of a pair of pin-hole glasses, fig. 2 is a side view of the first embodiment of the pin-hole glasses, fig. 3 is a side view of the second embodiment of the pin-hole glasses, fig. 4 is a side view of the 2 nd to 1 st embodiment of the pin-hole glasses, fig. 5 is a perspective view showing a screw-fastening type of the pin-hole glasses of the third embodiment, fig. 6 is a perspective view showing a fastening clip type of the pin-hole glasses of the fourth embodiment, fig. 7 is a perspective view showing a fastening clip provided on a pin-hole portion of a pin-hole glasses of the fifth embodiment, fig. 8 is an example of the pin-hole glasses of the sixth embodiment used for sunglasses or general glasses, and fig. 9 is an example of the pin-hole glasses of the seventh embodiment and a pin-hole mold is.

As shown in fig. 1 and 2, the pinhole spectacles of the first embodiment include: a spectacle frame (120) to which the spectacle lens (100) is joined; the glasses are composed of the temples (140) hinged on both sides of the glasses frame (120) and supported on the ears, the temples are inserted into the inner side of about 1/3 parts of the upper part of the glasses lens (100), the middle and both sides are fixed, and the glasses are provided with a pinhole part (200) of a plurality of pinholes (220).

Further comprising: a speaker (300) provided on the leg (140) and delivering sound to the ear; and a control unit which is provided inside the temple (140), is connected to the speaker (300), and is provided with a receiving unit (420) which is connected to an external smart phone (P) in a wireless manner (Bluetooth).

A needle hole part (200) is provided to cover about one third of the area of the upper end of the spectacle lens (100).

The needle hole part (200) is formed by penetrating a plurality of needle holes (220) with a needle hole effect into a plastic film with the thickness within 1mm according to the size of 3-4 rows of needle holes in the longitudinal direction.

The needle hole (200) is adhered to the inner side of the spectacle lens (100).

Since the eyes are gazed at the front when seeing things at ordinary times, when seeing a smart phone (P), a computer monitor, a small character or the like by using the spectacle lens (100), the user can see through the pinhole (220) of the pinhole part (200) above the eyes.

According to an embodiment (a1), as shown in fig. 2, the speaker (300) is composed of a bracket (310) adhered to a hole (142) provided on the temple (140) and a cover (320) combined with the bracket (310) and perforated, and the bracket (310) is integrally or detachably formed on the temple (140).

A plurality of speaker holes (322) perforated in the cover (320) are formed to be inclined toward the ears, so that sound can be easily transmitted to the ears.

Or according to another embodiment (a2), as shown in fig. 3, the speaker (300a) is a stand (310) combined with a plurality of screws (330) and screwed on the temple (140), and the speaker (300) can be separated by unscrewing the screws (330).

On the other hand, according to another embodiment (a2-1), as shown in a of fig. 4, the speaker (300b) may be composed of a track groove (142) provided on the temple (140), a speaker strip (380) coupled to the track groove (142) to move along the track groove (142) while being folded or unfolded, and an earphone (390) provided at an end of the speaker strip (380).

Therefore, the strip-shaped speaker strip (380) can be separated along the rail groove (142) and fixed at the end to be rotatably formed when in use.

After the speaker strip (380) is moved along the track (142) to the side of the ear, the earphone (390) is inserted into the ear for use (see b in fig. 4).

According to the third embodiment (a3), as shown in fig. 5, it is possible to include a needle hole part (200) that can be attached to and detached from a spectacle frame (120) such as spectacles (G) and sunglasses.

As shown in fig. 5, the needle hole portion (200) can be coupled to the eyeglass frame (120) by a screw (190) so as to be detachable from the eyeglass frame (120).

The pinhole part (200) is formed by connecting half-moon-shaped pinhole lenses on both sides with a connecting band (204), and the pinhole lenses on both sides are penetrated by screws (190) and screwed with the glasses frame (120).

The connecting band (204) is provided with a projection (202) which is in contact with the nose pad of the eyeglass frame (120), and the needle hole part (200) can be kept in an inclined state.

A pinhole part (200) formed by a slightly curved plastic plate with a thickness within about 1.7mm is adhered to about one third of the upper end of ordinary glasses (G) or sunglasses.

The needle hole part (200) is formed by penetrating a plurality of needle holes (220) with a needle hole effect through 3-4 rows of needle holes (220) according to the longitudinal size.

The pinhole (220) is formed so that the diameter of the edge of the eye is wide and gradually becomes narrower toward the lens side. That is, the needle hole (220) is formed with a needle hole portion (200) having a tapered cross section in which the inner (eye-side) diameter (221) is larger than the outer needle hole (220) diameter (222).

According to the fourth embodiment (a4), as shown in fig. 6, the needle hole part (200) may include a fixing clip (C) to be attached to and detached from the eyeglass frame (120).

The pinhole part (200) is formed by connecting half-moon-shaped pinhole lenses on both sides with a connecting band (204), and fixing clips (C) are respectively arranged on the pinhole lenses on both sides.

The needle hole part (200) is detachably connected to a spectacle frame (120) at the upper end of the spectacle, and is fixed to the spectacle frame in a male-female manner, and the needle hole part (200) is formed in an inclined manner as approaching the eye.

When the eye line of sight of the eye passes through the pinhole 220, the pinhole 220 is smoothly passed through the fixing clip C with a certain inclination, but the inner side pinhole 220 of the pinhole 220 is blocked by a corner and cannot pass through smoothly, so that the pinhole 220 has a pinhole 200 with a tapered section formed by the inner side (eye side) diameter 221 being larger than the outer side pinhole 220 diameter 222.

Therefore, the method also has the advantage that only the pinhole (220) can be seen from the outside and can be seen to be clean.

As shown in fig. 7, 8 and 9, the fixing clip (C) is connected to the eyeglass frame (120).

According to the fifth embodiment (a5), as shown in fig. 7, the pinhole lenses of the pinhole parts (200) are formed respectively corresponding to the spectacle lenses, and the fixing clips (C) are provided on the left and right sides.

The fixing clip (C) is combined with the glasses frame (120) by a clip and a fixing bolt, can be detached towards one side direction so as to wipe the glasses lens, is horizontally combined towards the eyes by the common glasses (G), and is further combined with the pinhole part (200) of the fixing clip (C) along with the inclination towards the eyes.

The fixing clip (C) is the interval between the upper end of the glasses frame (120) and the upper end of the pinhole part (200) at the upper end of the glasses, which is about 5mm, so when the sight line of the eyes faces upwards, the objects can be seen more clearly, and the light irradiated from the upper part of the head can be blocked, so that the pinhole effect is enlarged.

The pinhole part (200) is formed integrally with the pinhole lens (100) by a fixing clip (C) which can be attached to the spectacle frame (120), and the outer side surface is colored in the same color as the glass of the spectacles, while the inner side surface is colored in dark black.

A plurality of pinholes (220) having a diameter of 0.9mm to 1.2mm are formed for the pinhole effect.

The pinholes (220) are perforated at intervals of 3mm to 4 mm.

Preferably, a plurality of needle holes (220) are provided in 3 to 4 rows in the longitudinal direction of the needle hole portion (200).

According to the sixth embodiment (a6), as shown in fig. 8, a pinhole part (200) including a pinhole film or a pinhole lens is integrally stuck to the inner side of an eyeglass lens (100).

When the pinhole film and the pinhole part (200) are integrated with the spectacle lens (100), the pinhole part (200) formed by the thin inner pinhole or the pinhole lens can be minimized to an unnatural state such as sunglasses, gradient glasses, mirror glasses, and the like, and thus the film has no sense of repulsion even in daily life.

As shown in fig. 9, according to the seventh embodiment (a7), after a pinhole film is formed with a length and width of about 170mm and 30mm, the pinhole film is coated with various colors as colors of spectacle lenses to form a pinhole film original plate (200C).

A portion to be bonded to the spectacle lens (100) is designed by a pinhole film original plate (200C) and then cut and bonded.

Claims

1. A pair of pinhole spectacles is characterized in that,

the glasses frame consists of a glasses frame combined with glasses lenses and glasses legs hinged to two sides of the glasses frame and supported on ears;

comprises a needle hole part which is combined with the inner side of the spectacle lens and is provided with a plurality of needle holes;

the pinhole part is detachably combined with the glasses frame.

2. The pinhole eyewear of claim 1,

the pinhole part is formed by connecting half moon-shaped pinhole lenses on two sides by a connecting band, and the pinhole lenses on two sides are penetrated by screws and combined with the thread of the spectacle frame.

3. The pinhole eyewear of claim 1,

the pin hole part is formed by connecting half-moon-shaped pin hole lenses on two sides by a connecting belt, and the pin hole lenses on the two sides are respectively provided with a fixing clamp.

4. Pinhole eyewear according to claim 2 or 3,

the connecting belt is formed, and the connecting belt is provided with a lug which is contacted with the nose support of the glasses frame, so that the pinhole part forms an inclined state.

5. The pinhole eyewear of claim 1,

the method comprises the following steps: the loudspeaker is arranged on the glasses legs and used for transmitting sound to ears;

and a control part which is arranged in the glasses legs, is connected with the loudspeaker and is provided with a receiving part which is connected with an external smart phone in a wireless mode.

6. The pinhole eyewear of claim 5,

the loudspeaker is composed of a bracket arranged on a hole on a glasses leg and a cover combined with the bracket and punched, the bracket and the glasses leg are integrally or detachably formed, or the loudspeaker is formed by combining a plurality of screws on the bracket and twisting the screws on the glasses leg;

the plurality of speaker holes punched in the cover are formed to be inclined toward the ears.

7. The pinhole eyewear of claim 5,

the speaker includes: a speaker strip combined with the rail groove provided on the temple and moving along the rail groove while being folded or unfolded; and the earphone is arranged at the end part of the loudspeaker strip.

8. The pinhole eyewear of claim 1,

the pinhole is wide in diameter on the eye side and is formed to be gradually narrowed toward the lens side.