KR20170069371A

KR20170069371A - Goggles for vision correction

Info

Publication number: KR20170069371A
Application number: KR1020150176341A
Authority: KR
Inventors: 심성기
Original assignee: 심성기
Priority date: 2015-12-10
Filing date: 2015-12-10
Publication date: 2017-06-21

Abstract

A vision correction goggle is started. Since the conventional lens goggle lens is inserted into and fixed to the lens insertion hole of the conventional goggle lens, the user can easily insert the goggle lens into the conventional goggle lens. There is an effect that can be used.

Description

Goggles for vision correction {GOGGLES FOR VISION CORRECTION}

The present invention relates to a sports goggle, and more particularly, to a sports goggle lens in which a goggle lens is inserted, To a goggle for correcting eyesight.

Goggles are security eyeglasses that protect the eyes from the sun's rays when worn outdoors for leisure activities and prevent wind, snow or dust from entering the wearer's eyes. It is used to prevent visual disturbance as well as to prevent various safety accidents.

Such a goggle may have various shapes and structures depending on its use and function, but it is generally constructed of a goggle frame having a nose support, a lens holder for combining an earring for use with the ear, and a lens (sunglass).

If you need to use goggles while wearing regular glasses with conventional frequency, or if you need to wear goggles occasionally, remove the glasses you wear and replace them with goggles, .

However, since the lens of the goggles is integrally fixed on the frame, it is difficult to replace the lens fundamentally, so that it is necessary to purchase another goggle to replace the lens.

Further, in addition to the configuration in which the lens is integrally fixed to the frame, a goggle type in which an opening / closing device capable of opening and closing the lens can be opened and closed is proposed. However, the opening and closing device is integrally fixed to the frame, I can not help but use the mounted goggles.

In addition, it is possible to use a spectacle lens attached to the rear surface of the goggle lens or a spectacle lens colored like the goggle lens surface.

However, since the goggles are curved in appearance, sensitive users can feel dizziness. Also, when the lens is made with a general lens, the lens surface becomes flat, unlike the original curve, resulting in a surface that is not apparent.

In addition, in the case of entering the dioptric power, the focal point of the wearer's eye and the optical center of the spectacle lens must be matched with each other. However, since the diameter of the spectacle lens is determined, if the focal point coincides with the optical center of the lens, .

Therefore, when the focus position is changed by changing the focus position so that the eyeglasses do not become invisible, the eye may be uncomfortable due to the out of focus.

As a result, expensive goggles with optional lenses are prepared separately, but bad eyes users are not easy to use goggles.

And, people with bad eyesight have to be thicker and flattened lens, but sports goggles can not process thick lenses of bad eyes. In addition, because it requires a lot of bent lens, it is discomforting even if it calculates the deviation mathematically, which causes inconvenience to leisure activities. You need a way to make sure that everyone with bad eyesight wears sports goggles comfortably and unobtrusively.

SUMMARY OF THE INVENTION It is a first object of the present invention to provide a vision correction goggle for easily wearing a sports goggle for a wearer wearing glasses.

It is a second object of the present invention to provide a vision correction goggle that can be fixed by inserting an optional lens frame into a groove in which a goggle lens is seated.

A third object of the present invention is to provide a vision correction goggle capable of attaching a male lens frame to a goggle lens.

A goggle for correcting visual acuity with a lens insertion port in which a sports goggle lens is attached and detached to solve such a problem can be achieved by inserting and fixing a goggle lens and a power lens frame in a lens insertion port.

The lens insertion port is constituted by a goggle lens insertion port into which a goggle lens is inserted and fixed, and a male lens frame insertion port into which a male lens frame is inserted and fixed. A groove is formed in the nose ring from the nose ring of the goggle frame, So that one side of the goggle lens and one side of the goggles frame are supported by the step.

Further, it is possible to attach the detachable adhesive to the diopter lens frame, and to fix the diopter frame to the inside of the goggle glasses.

Therefore, according to the first problem solution of the present invention, since the goggle lens and the dioptric lens are assembled almost integrally, the focal point of the wearer's eye and the optical center of the spectacle lens can be matched with each other, There is an effect that can be used.

According to the second aspect of the present invention, the user can also use the goggles during sports activities by inserting the conventional lens goggle lens into the lens insertion groove without any additional frame.

According to the third aspect of the present invention, the user can easily use the goggles during sports activities by simply attaching and detaching the diopter lens to the conventional goggle lens.

BRIEF DESCRIPTION OF THE DRAWINGS Fig. 1 is an exploded perspective view of a vision correction goggle of the present invention,
FIG. 2 is a perspective view of a goggle lens insertion unit in which a goggle lens is inserted;
FIG. 3 is a perspective view of a goggle lens insertion unit in which a goggle lens and a phantom lens frame are inserted;
Fig. 4 is a side sectional view of Fig. 3,
5 is a diagram illustrating a dioptric power according to another embodiment,
And,
6 is a view illustrating another embodiment of the goggles glasses.

It is to be understood that the words or words used in the present specification and claims are not to be construed in a conventional or dictionary sense and that the inventor can properly define the concept of a term in order to describe its invention in the best possible way And should be construed in light of the meanings and concepts consistent with the technical idea of the present invention.

Throughout the specification, when an element is referred to as "comprising ", it means that it can include other elements as well, without excluding other elements unless specifically stated otherwise. Also, the terms " part, "" module, "and" device "Lt; / RTI >

Hereinafter, an embodiment of the present invention will be described with reference to the drawings.

FIG. 1 is an exploded perspective view of a vision correction goggle according to the present invention. The vision correction goggle of the present invention includes a conventional goggle frame 120 and a goggle lens 170 inserted into a lens insertion port 130 into which a conventional goggle lens is inserted. And a power lens frame 150. As shown in FIG.

The goggle frame 120 may have various shapes and structures depending on the use and function of the goggles. Generally, the goggle frame 120 includes a nose hole 110 for hanging on the ear and a normal sports goggle lens 170 And a lens insertion port 130 for coupling the first and second lens groups.

The goggle frame 120 is made of a material having a light and strong durability and is configured to have a wide adjustable nose pad, and rubber or plastic magnesium can be used as the material of the frame.

A lens insertion port 130 for inserting and fixing the outer periphery of a sports goggle lens (sunglass) 170 coupled to the inside of the frame is formed on the front of the frame formed on left and right sides of the goggle frame 120.

The lens insertion port 130 is formed with a groove having a predetermined width and thickness so that the goggle lens 170 and the phantom lens frame 150 are inserted and fixed. The lens insertion port 130 includes a goggle lens 170, A groove is formed in the nose holder 110 of the nose holder 120 of the goggle frame 120 so that the body 150 is fastened.

The goggle lens 170 and the phantom lens frame 150 may be stably supported by forming the steps 131 and 132 on the nose hole 140 and the earring hole 110. [

The lens insertion port 130 is a groove formed to insert the sports goggle lens 170 and the phantom lens frame 150 at the same time. The lens insertion port 130 slides the lens into a frame of a half frame, as in the embodiment of the present invention, It is of course possible to use a frame of a shape that wraps the lens all together.

The lens insertion port 130 is divided into a goggle lens insertion port 130a into which a conventional goggle lens 170 is inserted and a goggle lens frame insertion port 130b into which the essential lens frame 150 is inserted , And the canopy frame can be inserted into the lens insertion port 130 into which the conventional goggle lens is inserted simultaneously with the goggle lens.

For this purpose, the diopter lens frame 150 may be formed in a film shape such as PVC or polyester to be removably attached to the existing lens insertion port 130.

The dioptric lens frame 150 includes a frame 151 in the form of an ordinary frame and has a lens hole 152 in the center of the frame 151 into which a dioptric lens is inserted.

A lens such as a frequency lens or a polarizing lens may be attached or fixed to the frequency lens hole 152.

That is, a film having a dioptric power and a polarizing function can be inserted into or attached to the diopter lens hole 152.

The dioptric lens (not shown) may be a film lens processed to correct the visual acuity of the wearer, and the polarizing lens is also a film-shaped lens, which is configured to be inserted into or attached to the diopter lens hole 152.

In the present invention, it is described that a water lens or a polarizing lens can be inserted into the lens hole, but the present invention can be applied to any film that can be used by being detached from the goggle lens including a sunglass film.

In addition, a film-type knob 153 may be provided to facilitate attachment and detachment of the diopter lens frame 150.

The grip 153 may function to fix the dioptic frame 150 to the existing goggles frame as required.

That is, if the holes corresponding to the width of the grip 153 are formed at corresponding positions of the goggles frame, the grips 153 can be fixed to the grip 153 alone to provide a more rigid structure.

4, the goggle lens insertion hole 130a of the goggle frame 120 and the goggle lens frame 170 and the catamaran frame 150 are inserted into the diopter eyeglass frame insertion hole 130b into which the diopter glasses frame 150 is inserted. It can be confirmed that it is fixed.

For convenience of explanation, the diopter glasses 150 are formed to have a predetermined thickness and can be identified by the drawings. However, considering that the diaphragm glasses 150 are of a thin film type, they are fixed to the existing goggle inserts in a sandwich manner.

On the other hand, referring to the diopter glasses frame according to another embodiment of FIG. 5, a detachable adhesive can be attached to the front surface of the diopter lens frame to be detachably attached to the inside of the goggle glasses.

An adhesive layer 154 of an adhesive component may be formed on the front edge of the frame 151 of the diopter lens frame 150 so that the adhesive layer 154 may be detached from the inside of the goggle lens 170.

Since the dose lens frame 150 is made of a flexible film, an adhesive layer is formed of an adhesive having an adhesive component that can be repeatedly used, and the adhesive lens frame of the present invention is detachably attached to the inside of the goggle lens using an adhesive layer .

The process of inserting and using the diopter glasses for vision correction according to the present invention having the above-described structure in a goggle frame will be described with reference to the drawings.

The power glasses corresponding to the visual acuity of the wearer are fixed or attached to the power glasses hole 152 of the prepared power glasses frame 150.

Referring to a perspective view in which a goggle lens is inserted into the goggle lens insertion portion of FIG. 2, a goosene lens 170 is inserted and fixed to the lens insertion port 130 of the goggles.

In the figure, a goggle lens is inserted into a goggle lens insertion port 130a. An external pressure is applied by holding the grip 153 of the power glasses frame 150 with the glasses glasses, 130b of the goggle lens 170 and adjust the position of the goggle lens 170 in the center of the goggle lens 170. [

Referring to a perspective view in which a goggle lens and a phantom lens frame are inserted into the goggle lens insertion unit of Fig. 3, the phantom lens frame 150 is fitted and fixed to the phantom frame insertion port 130b, It can be confirmed that the frequency lens is located.

On the other hand, when an adhesive is used on the entire surface of the diopter lens frame, the hand lens of the diopter lens frame to which the diopter lens is attached is held so that the diopter lens is located in the center of the goggle lens inside the goggle lens 170, So as to be adhered.

As described above, the use of the goggle for vision correction according to the present invention allows the wearer to easily wear the goggles even if the vision is poor by inserting the diopter lens according to the active eye vision of the goggle. It can be inserted into goggles and used.

In addition, if the lens is worn by replacing with a lens compatible with the surrounding environment during use, it is necessary to separate the frequency spectacle frame and insert another frequency lens again.

In the above-described embodiment, the goggle lens is described as two for the sake of convenience of description. However, the goggle glasses composed of one lens are exemplified with reference to the drawings illustrating another embodiment of the goggle glasses of Fig.

The lens lens of the present invention has two different lens holes because it is necessary to use lenses having different dioptric powers when the right and left visual acuities are different from each other. However, even when there is one goggle lens as in FIG. 6, You can also use it by inserting it.

That is, the present invention can be applied to any type of goggle lens having a hole into which a conventional goggle lens is inserted irrespective of the shape and number of the goggle lens.

While the present invention has been particularly shown and described with reference to exemplary embodiments thereof, it is evident that many alternatives, modifications and variations will be apparent to those skilled in the art.

110: earrings 120: goggles
130: Lens insertion port 140: Nose port
150: Frequency Frame 154: Adhesive Layer
170: frequency lens

Claims

In a goggle frame having a lens insertion port in which a sports goggle lens is attached and detached,
And a goggle lens 170 and an optional lens frame 150 are inserted and fixed to the lens insertion port 130.

The method according to claim 1,
The lens-
A goggle lens insertion port 130a into which a goggle lens is inserted and fixed, and an essential lens insertion port 130b into which a power lens frame is inserted and fixed.

The method according to claim 1,
The lens-
A groove is formed in the nose hole 110 of the goggle nose 140 and a step 131 or 132 is formed in the nose hole 140 and the earring hole 112, A vision correction goggle in which one side of the diopter frame is supported.

The method according to claim 1,
Wherein the goggle frame is detachably attached to the inside of the goggle glasses by attaching a detachable adhesive to the dioptric lens frame.