JP5961776B2 - glasses - Google Patents

Description

  The present invention relates to eyeglasses that can easily adjust the length and width from the lens of the eyeglasses to the modern, have no marks on the face, and are stylish.

Conventional glasses adjust the length and width by cutting or bending a temple or modern with a special tool when fitting to the face, but they cannot be adjusted easily and require skill.
Therefore, in order to solve the above problem, there are some which adjust the length of the temple by inserting the core wire into a plastic temple or modern and changing the insertion amount of the modern core wire, but there is a problem that the adjustment range is narrow. (For example, refer to Patent Document 1 or 2).
According to Patent Literature 1 and Patent Literature 2, there is a problem that only the insertion amount of either the temple or the modern can be adjusted and the adjustment range is narrow. Generally, modern and temple glasses are made very thin, but it is very difficult to manufacture in this temple or modern that a very long hole is provided with respect to the inner diameter. In addition, since the number of parts is large, manufacturing is difficult and costs increase. Both are compatible only with plastic temples. To adjust the width further, the temple is bent and adjusted, but a special tool is required.
In addition, the spectacles of the super elastic frame have resilience but return to the original state even when bent, so the temple cannot be bent and pressed against the nose by the nose pad and brought to the center of the face. Is very painful. And in the glasses with adjustable temple length, the core wire provided on the temple is exposed and the aesthetic appearance is impaired. In order to put on glasses with a different atmosphere, it is necessary to change the glasses for each frame, which is expensive.

JP 2009-175204 A JP 2010-60624 A

  The problem to be solved is to provide spectacles that are easy to fit to the shape of the face and that are comfortable and fashionable.

As a means of claim 1, the rear end of the temple 2 is inserted into the anti-slip 3 from the front side into the temple hole 6 and fixed to the anti-slip 3, and the front end of the joint 4 having the modern 5 connected to the rear end is slipped. By inserting the joint 4 in the joint hole 6 provided in the stopper 3 from the rear side to fix the joint 4 to the anti-slip 3 and adjusting the insertion amount of the temple 2 and the joint 4 with respect to the anti-slip 3 respectively, Adjust the length up to Modern 5. At that time, the anti-slip length is set so that each end does not protrude from the opposite side.

As a means of claim 2, the anti-slip 3 is brought into contact with the face to support the weight of the glasses.

As means of claim 3, the anti-slip 3 is pressed against the depression on the upper side of the cheekbone, the weight of the glasses is supported by the cheekbone, the bendable (for example, wire) joint 4 is bent, and the modern 5 is placed on the upper side of the depression. Put it on the inner ledge.

According to the glasses of the first aspect of the present invention, the temple 2 and the joint 4 are inserted into the holes of the anti-slip 3 and fixed in separate holes, so that the adjustment range of the length of the glasses can be increased. Therefore, the hole of the anti-slip | skid 3 can be shortened compared with a prior art document. As a result, the hole itself can be enlarged and manufacturing is simplified. Furthermore, the temple 2 and the joint 4 can be made of different materials and are independent of the anti-slip 3 so that the length and position of each other can be adjusted freely, and they can be bent arbitrarily. Easy to do.

According to the glasses of the invention of claim 2, if the anti-slip 3 is made long, the weight of the glasses can be received.

According to the spectacles of the invention of claim 3, the anti-slip 3 hits the upper side of the cheekbone and supports the weight of the spectacles, and the modern 5 can be stopped by hitting the protrusion such as the ear. Therefore, the rim 10 does not fall down, and the bridge 1 and the rim 10 can be lifted from the nose and face even without the nose pad, so that no marks are left on the nose and face. Moreover, it is not necessary to turn the modern 5 to the back side of the ear, and the length from the rim 10 to the modern 5 can be made very short compared to conventional glasses. No nasal pad is required, the rim 10 can be made into any shape, easy to manufacture, design freedom increases, and stylish glasses can be designed. For example, the rim 10 can be the same size as the pupil.
Even in the case of conventional glasses having a nose pad, the weight is supported on the upper side of the cheekbone, so that gravity applied to the nose pad can be reduced, the nose does not hurt, and a mark is not easily left.
If the non-slip 3 is brought to the side of the brushing, it will be harder to leave marks because the hair grows.

FIG. 1 is a view of the glasses with no nose pads inserted from the temple 2 into the anti-slip 3 and the joint 4 inserted slightly to increase the length of the glasses. The anti-slip 3 is located at a position where the distance between the left and right sides becomes narrow. FIG. 2 is a top view of the glasses 2 and the joint 4 inserted to maximize the length of the glasses, and is viewed from above. The anti-slip 3 is located at a position where the distance between the left and right is increased. Further, the temple 2 is bent and the rim 10 is shifted to the left. FIG. 3 is a view of the anti-slip 3 on the right side in FIG. 1 as viewed from the modern 5 side. The temple hole 6 and the joint hole 7 are formed in different shapes. FIG. 4A is a plan view in which a guide 8 is provided on the anti-slip 3. (B) is a plan sectional view in which the guide 8 is inserted into the anti-slip 3 in (A). FIG. 5 is a side view of spectacles without a nose pad, and the bendable joint 4 (for example, a wire) is bent upward (A) so that the modern 5 hits the temporal region near the anti-slip 3. FIG. (B) is a view in which the modern 5 hits the head-measurement behind the anti-slip 3. It is another Example which made the joint 4 and the modern 5 the same magnitude | size. FIG. 6 is an operation diagram viewed from the side with wearing glasses without a nose pad, and FIG. 6A is a diagram showing an example in which the modern 5 is applied on the upper side of the ear (the ear ring). (B) is a figure which shows the example which applies the modern 5 to an ear in the middle. (C) is a view showing an example in which the modern 5 is applied to the ear slightly above the ear hole. FIG. 7 is a plan sectional view of the temple 2, the anti-slip 3 modern 5, and the weight 11 is attached to the hollow portion of the modern 5. FIG. 8 is a view of the cover 12 as viewed from the side. FIG. 9 is an enlarged view of FIG. 8 viewed from the back side. FIG. 10A is a view in which the anti-slip 3 slightly protrudes from the cover 12. (B) is a diagram showing an embodiment in which the anti-slip 3 is hidden by another cover 12. FIG. 11A is a view of the cover 12 as viewed from the modern 5 side. (B) is the figure which looked at another Example of the type which inserts the anti-slip | skid 3 in the cover 12 from the modern 5 side. FIG. 12 shows another embodiment of the anti-slip 3 and the cover 12, and FIG. 12A is a view in which the cover 12 having an opening is attached to the anti-slip 3 and includes two temple holes and joint holes. It is provided. (B) is a view in which the anti-slip 3 of (A) is rotated 180 degrees and fitted in the cover 12. FIG. 5 is a view showing another embodiment of the anti-slip 3 on the right side as viewed from the modern 5 side in FIG. 1, and the temple hole 6 and the joint hole 7 of FIG.

In the embodiment of the invention shown in FIG. 1, a modern 5 is connected by inserting a temple 2 and a joint 4 into an anti-slip 3. The temple 2 and the joint 4 to be inserted into the anti-slip 3 are fixed at appropriate positions by adjusting the amount of insertion.
When showing an embodiment of the invention in FIG. 6, when contact the slip 3 to face the showing an embodiment of the friction makes it possible to receive the weight of eyeglass invention in FIG. 4, the slip 3, Temple 2 or the joint 4 is bent slightly and inserted, the curved part becomes resistance and can be fixed easily. When the guide 8 is bent, the direction and position can be adjusted and held according to the direction and amount of bending of the superelastic temple. It becomes possible.
The embodiment of the invention is shown in FIG. 5 and FIG. 6, and the anti-slip 3 is applied to the depression on the upper side of the cheekbone to receive the weight of the glasses. Then, the rim 10 is applied to the bulge of the temporal region or the protrusion on the inner side of the ear (the ear ring, slightly above the ear hole) to counteract the force that the rim 10 tries to rotate downward around the anti-slip 3.

  The eyeglasses are composed of a bridge 1, a temple 2 connected to the rim 10, a non-slip 3 joint 4, and a modern 5. The non-slip 3 can be exchanged, and an optimum one suitable for the face width can be selected. Since the anti-slip 3 can be used by rotating the positions of the holes arranged in the horizontal direction by rotating 180 degrees, the distance between the left and right anti-slip 3 can be adjusted without using a dedicated tool. The guide 8 is made as a guide 8 by making a hollow protrusion integrally with the anti-slip 3 or made of another material. By inserting the temple 2 into the guide 8 and bending the guide 8, the superelastic temple 2 can be bent. The anti-slip 3 is brought into contact with the cheekbone through the depression above the cheekbone to support the weight of the glasses. In this way, the contact area with the skin becomes large, and even if the pinching of the temple 2 is slightly strong, the pressure is dispersed and comfortable. Further, since the glasses are held by the anti-slip 3, the joint 4 can be adjusted independently, and the contact of the modern 5 with the skin can be adjusted more delicately. And even without the nose pad, the weight of the glasses is cheekbones, and the rim 10 side can suppress the force of rotating down around the anti-slip 3 by applying the modern 5 to the ear projections etc. Become. The length of the modern 5 can be adjusted by the amount of insertion of the joint 4, and the position where it touches the skin can be adjusted by bending it up, down, left or right. The temple 2 and the joint 4 can be easily fixed by bending them slightly in the respective holes. As shown in FIG. 5A, when the modern is brought near the anti-slip 3, the glasses become compact. As shown in (B), when the modern 5 hits the temporal region behind the anti-slip 3, the spectacles can be worn with the same feeling as normal spectacles. As shown in FIG. 6, the modern 5 is applied to the protrusion on the inner side of the ear, so that it can be supported more reliably.

  You can easily adjust the temples of the glasses, and you can use the glasses comfortably without going to the optician. Even if glasses such as 3D glasses and protective glasses are worn over normal glasses, the positions of the temples are different, so that they are less likely to hurt.

1 Bridge 2 Temple 3 Non-slip 4 Joint 5 Modern 6, 6A 6B Temple hole 7, 7A 7B Joint hole 8 Guide 9 Glasses 10 Rim 11 Weight 12 Cover 13 Groove 14 Non-slip hole

Claims (3)

Insert the rear end of the temple of the glasses into the non-slip temple hole from the front side, and then insert the joint connecting the modern from the back side of the non- slip into the joint hole. By adjusting and fixing each independently, the position of the anti-slip and the length from the lens to the anti-slip and from the anti-slip to the modern can be adjusted independently, and the inserted temple and joint are each slippery. Glasses with one non-slip having a length in the longitudinal direction that does not protrude from the opposite side of the stop. The spectacles according to claim 1, wherein the anti-slip is brought into contact with the face to support the weight of the spectacles. The spectacles according to any one of claims 1 and 2, wherein the anti-slip is pressed against the upper depression of the cheekbone, and the modern is applied to the protrusion of the temporal region or the protrusion of the ear.