KR20240001128U - Eyeglasses including upward refraction temple tips - Google Patents

Abstract

The present invention relates to glasses including upwardly refracting temple tips. More specifically, the temple tips 122 span the auricle and bend upward while tilting diagonally inward from the upper part of the ear toward the occipital region to reach the temporal and occipital regions. Includes upward bending temple tips that adhere closely to and support the slope of the head in the middle, preventing downward rotation due to the load of the front of the glasses (110), preventing the glasses from sliding down, and reducing pain or marks caused by the nose bridge. It's about glasses.
The glasses according to the present invention have two pairs of nose pads (112a, 112b) on the upper and lower sides and lenses (118) with two focal points on the upper and lower sides, so that they can be worn upside down by changing the direction of the glasses up and down. If necessary, the glasses can be placed on the forehead or upper frontal area. Glasses are provided that include upwardly articulated temple tips that are shaped to be easy to put on.

Description

Glasses including upward refraction temple tips {Eyeglasses including upward refraction temple tips}

The present invention relates to glasses including upwardly refractive temple tips. More specifically, a chin is created at the beginning of the temple tips so that they hang in front of the top of the ear to prevent the glasses from being pushed back, and the temple tips are positioned at the top of the ear. It is draped over the temples, and the temples of the glasses have appropriate elasticity so that the glasses adhere well to the head without being pushed outward. In addition, the temple tips are formed to bend gently in the diagonal direction between the temporal and occipital areas above the ears, so that the temple tips are positioned and supported between the temporal and occipital regions, thereby preventing downward rotation due to the load on the front of the glasses. It can prevent flowing down. Therefore, it relates to glasses that not only eliminate nose pain caused by wearing glasses and prevent nose pad marks, but also include two pairs of nose pads and upward-bending temple tips that allow the glasses to be worn upside down.

The structure of conventional glasses is that the tips of the temples hang over the bone where the side of the face meets the inside of the ear, the temples on both sides surround the head with appropriate tension, and the nose pads hang over the front of the glasses, so that the glasses fit in front, behind, and below the face. It is shaped to prevent movement and ensure stable wearing of glasses.

However, the shape and structure of conventional glasses may cause excessive elasticity of the temples toward the inside of the head, putting pressure on the temples, temporal area, and ears, causing pain or leaving marks. In addition, depending on the type of glasses, the front portion is heavy, putting a large load on the nose pad, and the temple tips are streamlined and bent downward and hang over the outer ear. Therefore, the force on the nose pad acts to a certain extent, causing nose pain and leaving marks. In addition, if the tips of the temples are raised so that they rest appropriately on the auricle, the temple tips may not sufficiently restrain the ears and the glasses may fall off or fall off the face.

Republic of Korea Patent Publication No. 10-2014-0022092 (2014. 02. 21) Republic of Korea Patent Publication No. 10-2016-0022025 (2016. 02. 29)

The present invention was developed to solve the above problems, and is comfortable to wear, prevents the glasses from falling off, and includes two pairs of nose pads and upward-reflecting temple tips that allow the glasses to be worn upside down. The purpose is to provide.

The structure of conventional glasses uses elastic temples, nose pads, and earring tips to ensure that the two lenses of the glasses fit well into both eyes, thereby achieving stable wearing of the glasses. This type may not ensure stable wearing depending on the weight of the glasses, the elasticity of the temples, and the structure of the earring tips. This resulted in various problems such as glasses falling down, nose pain and marks, temple pain and marks, ear pain, and damage from dropping the glasses.

The tip of conventional glasses is streamlined and curved downward. This type of temple tip had structural limitations in solving the problems of anxiety about wearing glasses due to changes in the weight of the front of the glasses and the tension of the temples, as well as pain and marks at the contact area due to wearing glasses. That is, in the form of the conventional downward bending temple tips, it was generally a three-part support system: the nose pad, which supported most of the weight of the glasses, the temple contact with the temple, and the ear rest of the temple tips.

Many inventors tried to solve the above problems by applying lightweight materials, improving the shape of the nose pad, and installing auxiliary supports, but there were problems such as aesthetics and inconvenience in wearing.

Accordingly, in the present invention, the occipital support by the temple tips is added to the three-part support method of conventional glasses to increase the contact points of the glasses to distribute the load. To achieve this, we attempted to solve the problem by changing the direction of the temple tips of the temples, which had conventional downward refraction, to the upward direction.

Specifically, when wearing glasses stably, the nose pad not only maintains the stable focus of the lens, but also supports downward load and holds the space between the nose and ear. In particular, when wearing glasses with downward-curved temple tips that fit snugly against the ears, the force on the nose pad in the posterior direction (towards the ears) may also increase. Accordingly, in the present invention, the aim was to replace or alleviate the load on the back of the nose pad by forming a stopper at the ear contact area of the temple of the eyeglasses.

In addition, in the present invention, the load on the front of the glasses causes downward rotation due to a rotational moment about the ear holder of the temples, so to prevent this, the tips of the temples are bent upward and inward to fit between the temporal and occipital regions. It is to be positioned. Additionally, in order to expand the contact surface of the temple tips with the head, the ends of the temple tips are formed in a flat and wide shape.

At this time, since the tip of the temple tip is located on the slope of the head between the temporal and occipital regions, the friction force on the temple increases due to the downward rotation moment at the front of the glasses, and the slope of the occipital region also prevents the glasses from being removed forward and upward. At the same time, it acts as a barrier to the movement of the glasses, so the glasses can be worn stably.

Since the glasses including the upwardly refractive temple tips of the present invention are structured to rotate around the ear 1a, the length from the endpiece 124 of the temples to the ear 1a and the length of the temple tips 122 are The force with which the temples press on the ears varies depending on the length. The longer the temple tip 122 is, the lower the force with which the temples press on the ears. In order to reduce the force pressing on the ears, the longer the length of the temple tip 122, the better. However, considering the manufacture, handling, wearability, and aesthetics of the glasses, about 40% of the total length of the temples is appropriate.

More specifically,

The chin (A in Figure 3) is formed to hang on the upper front part of the ear (1a), and it slopes diagonally inward from the upper temporal part of the ear (1a) toward the occipital part, bends upward and extends, and adheres to the slope of the head between the temporal part and the occipital part. A temple (120) made of an elastic material with a wide end to hold the glasses (100); and

Two pairs of nose pads (112a, 112b) in the upper and lower directions formed to match the slope of both sides of the nose when the glasses are worn upside down; and

Provided are glasses including upwardly refractive temple tips, characterized in that they include lenses 118 with two focal points at the top and bottom, which allow the glasses to be worn up and down depending on the viewing situation to change the prescription.

In addition, according to a preferred embodiment, the two pairs of nose pads 112a and 112b are formed to match the slopes of both sides of the nose so that the glasses 100 can be worn upside down.

In addition, according to a preferred embodiment, the bifocal lens 118 is characterized in that the upper and lower lens powers are different so that the power can be changed by wearing the glasses upside down depending on the viewing situation.

In addition, in the present design, the chin (A in Figure 3) is formed to hang on the upper front part of the ear (1a), and it slopes diagonally inward from the upper temporal part of the ear toward the occipital part, bends upward and extends, and adheres to the slope of the head between the temporal part and the occipital part. A temple is provided that includes an upwardly bending temple tip made of an elastic material and has a wide end so as to hold the glasses 100.

The upward bending temple tips are in close contact with the slope of the mid-temporal and occipital regions, preventing downward rotation caused by the weight of the front of the glasses, preventing the glasses from sliding down, alleviating nose pain, and preventing marks on the nose bridge. You can wear glasses stably.

Additionally, the two-focus lens allows the glasses to be worn upside down and upside down.

Also, if you are not going to use your glasses for a while, it is easy to put them on your forehead or the top of your frontal area.

Figure 1 shows the structure of a conventional glasses.
Figure 2 is a perspective view of eyeglasses including upwardly refractive temple tips.
Figure 3 is a right side view of eyeglasses including upwardly refractive temple tips.
Figure 4 is a front view of eyeglasses including upwardly refractive temple tips.
Figure 5 is a rear view of eyeglasses including upwardly refractive temple tips.
Figure 6 is a top view of eyeglasses including upwardly refractive temple tips.
Figure 7 is a bottom view of eyeglasses including upwardly refractive temple tips.
Figure 8 shows a state of wearing glasses including upwardly refractive temple tips according to an embodiment of the present invention.
Figure 9 shows the device worn upside down according to another embodiment of the present invention.

The present invention relates to glasses including upwardly refracting temple tips. More specifically, the temple tips 122 span the auricle and bend upward while tilting diagonally inward from the upper part of the ear toward the occipital region to reach the temporal and occipital regions. Includes upward bending temple tips that adhere closely to and support the slope of the head in the middle, preventing downward rotation due to the load of the front of the glasses (110), preventing the glasses from sliding down, and reducing pain or marks caused by the nose bridge. It's about glasses.

Hereinafter, glasses including upwardly refractive temple tips according to the present invention will be described with reference to the accompanying drawings.

Figure 1 shows the structure of a conventional glasses, which consists of two pairs of rims 14 that fix the lenses 18, a bridge 16 connecting them, a nose pad 12, and temples. To ensure stable wearing of glasses, the tips of the temples (22) are placed on the valley of the inner side of the ear where the face meets the side, the temples surround both sides of the head with appropriate tension, and the nose pads (12) support the glasses. I'm drunk.

The shape and structure of conventional glasses is such that the tip extends in a streamlined downward direction and hangs over the ear. Therefore, when rotational force occurs because the center of gravity is in the front of the glasses, the friction force holding the ears alone does not hold the glasses stably. To compensate for this, avoid excessive elasticity of the temples of your glasses, as this will put pressure on your temples, temporal area, and ears, causing pain. Since the nose pad 12 supports the load of the front of the glasses, problems such as causing nose pain or leaving marks on the nose may appear in some cases.

Figure 2 is a perspective view showing the overall outline of glasses including the upwardly refractive temple tips of the present invention. In the present design, the chin (A in FIG. 3) is formed to hang on the upper front part of the ear (1a), and the chin (A in FIG. 3) is tilted diagonally inward from the upper temporal part of the ear toward the occipital part and is bent upward and extends to adhere closely to the slope of the head between the temporal and occipital regions to form glasses. It has a temple that includes an upwardly bending temple tip (122) made of an elastic material with a wide end so that it can hold (100). Since the upward refractive temple tip 122 is located in the middle of the temporal region and the occipital region, the downward rotation moment of the glasses from the front 110 increases the tension in the inner direction of the temple temple, and accordingly, the temple tip 122 and the temple tip 122 The friction in the temporal area increases, holding the glasses to the head better, and at the same time, the occipital slope acts as a barrier to prevent rotation. If the length of the temple tip 122 is long, the surface in contact with the head is wide and the force is distributed, so the effect can be increased. However, the appropriate length and width can be determined in consideration of the handleability, fit, and aesthetics of the glasses. The upward refractive tip 122 may be made of a material that can be adjusted to fit the head of the glasses wearer.

Figure 3 shows the right side of glasses including upwardly refractive temple tips. The stopper (A in Figure 3), which is the starting point of the temple tips, prevents the glasses from being pushed backwards and exerts the force of the nose pad pressing the nose inward. may be dispersed or replaced. The hook (A in FIG. 3), which is the starting point of the temple tip, can be made by bending the temple tip upward to about 5 mm so that the temple tip begins to hang over the ear in front of the top of the ear. Additionally, it can be formed by attaching or inserting a separate locking protrusion member of the same height below the above-mentioned part.

Figures 4 and 5 respectively show a front view and a rear view of glasses including upward-reflecting temple tips, showing two pairs of oppositely oriented nose pads so that the glasses can be worn upside down. Each pair of nose pads is formed in an upward and downward direction by adjusting the direction and inclination to fit well with both sides of the nose. In addition, a flexible nose pad with adjustable angle can be placed in the center between the two rims 114, allowing for one nose pad to be used.

In glasses with upward refractive temple tips, the nose pad does not slip down and plays a role in maintaining the front, back, left and right sides of the glasses and ensuring that the lenses are in good focus, so the nose pad does not put much pressure on the nose. It is a structure. Therefore, you can wear glasses without a nose pad.

Figures 6 and 7 show a top view and a bottom view, respectively, of glasses including upward-reflecting temple tips, wherein the upward-reflecting temple tips are bent inward to the occipital region, and the temples are positioned on the head on the slope between the temporal and occipital regions. It is characterized by being formed to tilt inward to provide tension for good adhesion.

Figure 8 is a view showing the side view of the face and head wearing glasses including the upwardly refractive temple tips of the present invention, in which the hook at the beginning of the temple tips hangs over the upper front part of the ear, and from then on, the inner upper part. It is bent in one direction and may have a somewhat wide shape.

In addition, since the glasses including the upwardly refractive temple tips of the present invention have a structure that rotates around the ear 1a, the length from the endpiece 124 of the temples to the ear 1a and the temple tips 122 ), the force with which the temples press against the ears is determined, and the longer the length of the temple tips 122, the lower the force with which the temples press against the ears. However, as explained above, the longer the length of the temple tip 122, the better, but since the manufacture, handling, wearability, and aesthetics of the glasses must be taken into consideration, approximately 40% of the total length of the temple is generally appropriate.

Figure 9 shows the device worn upside down according to another embodiment of the present invention. This appearance is almost similar to the appearance of wearing conventional glasses, so the structure does not have the effect of preventing slipping off. However, it has the advantage of being able to use a lens with two focal points. Of course, when you wear them upside down so that the tips of the temples hang downward, like wearing regular glasses, the nose pad is in close contact with your nose, so when you wear them upside down, you only need to wear them for a short period of time. You can place it on either side. In one embodiment, when writing upside down and serving as a magnifying glass, the magnifying lens is placed on a portion of the lens near the lower part of the rim 114, so that when the glasses including the upward refractive temple tips of the present invention are worn normally, the magnifying lens is You can also prevent dizziness by keeping it above your visual field. The position of the lens can be adjusted according to the wearer's conditions.

The embodiments presented above are illustrative, and those skilled in the art will be able to make various variations and modifications to the embodiments presented without departing from the technical spirit of the present invention. The scope of the present invention is not limited by these variations and modifications.

1: Head 12: Nose pad
14: Rim 16: Bridge
18: Lens 22: Glasses temple tip
100: glasses 110: glasses front
112: nose pad 114: rim
116: Bridge 118: Lens
120: Glasses temple 122: Glasses temple tip
124: End piece

Claims (4)

Scope of utility model registration claims
Claim 1
In ordinary glasses,
Two pairs of nose pads (112a, 112b) in the upper and lower directions formed to match the slope of both sides of the nose when the glasses are worn upside down; and

Lenses (118) with two focal points at the top and bottom that allow the prescription to vary by wearing the glasses upside down depending on the viewing situation; and

The chin (A in Figure 3) is formed to hang on the front of the top of the ear, and it bends and extends upward while tilting diagonally inward from the upper temporal part of the ear (1a) toward the occipital part, and adheres to the slope of the head between the temporal and occipital parts to form glasses (100). ) Glasses including an upwardly refractive temple tip (122), characterized in that it includes a temple (120) made of an elastic material with a wide end so as to hold the eyeglasses.
According to paragraph 1,
Glasses including upwardly bending temple tips 122, wherein the two pairs of nose pads 112a and 112b are formed to match the slopes of both sides of the nose so that the glasses can be worn upside down.
According to paragraph 1,
The above-mentioned bifocal lens 118 is a pair of glasses including upwardly refractive temple tips 122, characterized in that the upper and lower lens powers are different so that the power can be varied by wearing the glasses upside down depending on the viewing situation.
A chin (A in FIG. 3) is formed to hang on the upper front part of the ear (1a), and it slopes inward from the upper temporal part of the ear toward the occipital part and extends upward to adhere to the slope of the head between the temporal part and the occipital part, forming the glasses 100. A temple 120 including an upwardly bending temple tip 122 made of an elastic material with a wide end so as to hold the eyeglasses.