KR100850685B1 - Glasses - Google Patents

Abstract

The present invention relates to prefabricated eyeglasses, wherein the rubber is divided into two sides inside the frame so that it can be used as a single frame regardless of the size, shape and color of the lens, or as a single lens regardless of the size, shape and color of the frame And, it relates to a prefabricated eyeglasses that can easily replace the lens by installing an elastic projection in the area surrounded by the rubber.

Eyeglass frames, lenses, assembling glasses, elastic projections

Description

Prefabricated Glasses {Glasses}

1 is a block diagram of typical glasses.

Figure 2 is an enlarged view of the spectacle frame showing the first embodiment of the present invention.

Figure 3 is an enlarged view of the spectacle frame showing a second embodiment of the present invention.

Figure 4 is an enlarged view of the spectacle frame showing a third embodiment of the present invention.

<Explanation of symbols for the main parts of the drawings>

1: eyeglass frame 2: eyeglass leg 3: hook hook

4: lens 5: rubber 6: elastic protrusions

7: adjuster 8: groove 9: small groove

10: stumbling block

The present invention relates to prefabricated glasses, and more particularly, to a prefabricated glasses that can be produced in a variety of styles by allowing the user to easily assemble and use the spectacle frame and lens regardless of the shape and size.

As is well known, there are many types of eyeglasses, such as eyeglasses worn by people who are less than normal vision to supplement their vision, sunglasses that prevent or prevent glare from the sun, and safety glasses worn to protect their eyes from ultraviolet rays or electromagnetic waves. There is.

There are various kinds of materials such as shape memory alloys, metal materials such as aluminum, nickel silver, stainless steel, and synthetic resins. Metallic glasses can be made by exposing metal colors according to the characteristics of the metal, as well as glasses with various colors or patterns on the surface. Synthetic resin glasses can be formed in various colors using pigments.

In addition, the lenses may be brown, green, purple, black, and the like in various ratios even in the frequency glasses, not sunglasses, so that the user can select the lens according to taste.

However, the above-described conventional eyeglasses cannot be reflected by the user because the spectacle frame or the legs of the glasses are all-in-one glasses, and the consumer-designed glasses are designed to be used by the manufacturer.

Conventional technology for solving such a problem is to provide a prefabricated glasses with a distinctive form by forming the parts, such as eyeglass frames and eyeglasses legs in various sizes, lengths, textures, and colors, these prefabricated glasses are composed of insertion protrusions for each part In addition to the complexity, the lens and the spectacle frame are combined using a screw, so there is a problem that the lens can not be replaced when there is no beginner or a tool using the screw.

Also, by using only the same type of lens, it could not keep up with the taste of the new generation students with strong personalities and women who enjoyed the style.

An object of the present invention is to provide a lens and a spectacle frame that can be assembled without relying on other tools as invented in view of the problems associated with the conventional glasses described above.

Another object of the present invention is to provide a pair of glasses that can be used by a user who frequently changes the lens as one lens frame regardless of the size, shape, or color of the lens, or as a single lens regardless of the size, shape, or color of the frame. .

Another object of the present invention is to enable the user to assemble the lens and spectacle frame of the shape, size, color desired by the user in fashion glasses.

As shown in FIG. 1, the present invention is a spectacle frame 1 composed of a spectacle frame 1, a leg 2, and a hook 3, wherein a rubber 5 fixed to the spectacle frame inside the spectacle frame is a lens 4 It is characterized by being divided on both sides to fix the.

Another embodiment of the present invention is a spectacle frame (1), a pair of spectacles (2), eyeglasses 100 consisting of a hook ring (3), the high elastic rubber is fixed to the inside of the spectacle frame (1) to fix the lens (5) ) And an elastic protrusion 6 formed integrally with the spectacle frame to further fix the lens.

Another embodiment of the present invention is a spectacle frame (1), a pair of glasses (2), the engaging ring (3) of the spectacles (100), the rubber (5) having a strong elastic force for fixing the lens inside the spectacle frame (1) and It is composed of an elastic protrusion (6) installed to further fix the lens, adjuster (7) for adjusting the length of the rubber.

Example 1

1 shows the structure of a typical spectacles 100. Conventional glasses 100 is composed of a spectacle frame (1), eyeglasses legs (2), hook ring (3) and lens (4).

FIG. 2 is an enlarged view of the spectacle frame 1 and the lens 4 in FIG. As shown in FIG. 2, the rubber 5 fixed to the spectacle frame 1 has an internal crack to fix the lens 4, and ends of the cracked side surfaces to which the lens 4 is coupled are cut off. As the rubber 5 gets closer to the spectacle frame, the thickness thereof becomes thicker to firmly fix the lens. The user inserts a new lens between the rubbers to fix it.

The rubber fixing method is largely divided into three types. The first is to glue rubber onto the frame with adhesive. The second method is to form a groove in the frame to insert rubber into the groove. Thirdly, the rubber wraps around the frame in the outside of the frame. In particular, since the third method allows the user to peel off the current rubber from the spectacle frame and to insert another rubber, the user may form various rubber shapes according to the shape of the spectacle frame and select and insert the shape and color according to the user's taste. Fashion can be maximized.

Example 2

In the same configuration as that of the first embodiment, the elastic protrusions 6 are integrally formed with the spectacle frame 1 on both sides of the spectacle frame in order to more firmly fix and support the lens. The elastic protrusions are formed in pairs of two protrusions of the same shape around the lens to fix the lens firmly to prevent movement. The shape of the elastic protrusion 6 is slightly open so that the end portion is easily inserted into the lens as shown in FIG. The elastic protrusions are formed inside the rubber 5 so that the elastic protrusions cannot be seen from the outside. The position of the elastic protrusions may be formed in any position as long as the position where the lens can be firmly fixed, but the part where the eyeglass frame 1 and the eyeglass leg 2 are in contact, and the eyeglass frame 1 and the catching ring 3 are in contact with each other. It is preferable to be installed in the part.

Example 3

In the third embodiment, unlike the second embodiment, the rubber 5 is not fixed to the spectacle frame. In the third embodiment, the rubber 5 is not fixed to the spectacle frame 1, so that the inside of the spectacle frame can be freely moved. Therefore, a device for fixing the rubber is required, and the regulator 7 plays its role.

The adjuster 7, which is installed at a curved position around the spectacle frame 1, consists of a groove 8 and a small groove 9. The groove 8 is rectangular in shape, and three pairs of small grooves 9 are formed at regular intervals. The small groove is coupled to the engaging block 10 formed integrally with the rubber (5) to fix the rubber (5) to the spectacle frame (1).

If the lens to be replaced is small compared to the size of the spectacle frame, the rubber is inserted long enough to fix the lens. At this time, the length of the rubber inserted is the longest because the engaging block 10 is coupled to the innermost side (9a of Fig. 4) of the small groove 9 of the adjuster (Fig. 4).

On the other hand, if the lens to be replaced is similar to the shape and size of the spectacle frame 1, the obstacle 10 is engaged with the outermost (9c in Fig. 4) of the small groove (9). At this time, the inner side of the groove 8 (outside of 9c in Fig. 4) should be dug enough to allow the rubber to enter.

If the shape of the lens is the same as or similar to that of the spectacle frame 1, the position of the small groove 9 to be engaged with the obstacle 10 is the same for each adjuster 7, but if the shape of the lens to be replaced is different from that of the spectacle frame, Depending on the shape of the position of the small groove coupled with each obstacle is different for each adjuster (7).

Therefore, as long as the size of the lens is smaller than the frame of the spectacle frame, the user can assemble the spectacle frame and lens by themselves without the aid of a tool.

The present invention configured as described above can be assembled by selecting a variety of sizes, colors, shapes, etc. when assembling the lens according to the user's taste and personality, in this case, the user can use the eyeglass frame and lens composed of various colors, sizes, shapes, etc. It is possible to assemble the glasses by cooking and to obtain a new and unprecedented color, size and shape of the glasses not found in conventional glasses.

In addition, one eyeglass frame and multiple lenses can maximize fashion by providing new harmony and style according to assembly.

Claims (5)

delete delete In the prefabricated glasses consisting of a pair of glasses, hooks, lenses and frames, The rubber frame is sandwiched from the outside of the spectacle frame and fixed to the spectacle frame, and includes rubber that is split from both sides of the spectacle frame so as to fix the lens in a state in which the spectacle frame is fixed to the spectacle frame; The rubber is prefabricated eyeglasses, characterized in that the ends of the both sides of the split is fixed to the lens. delete The method of claim 3, And at least two pairs of elastic protrusions for fixing the lens, wherein the elastic protrusions are integrally formed with the spectacle frame and end portions thereof are opened to allow the lens to be inserted.

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