JP3030301B1 - Eyeglass frame connection member - Google Patents

Abstract

[Problem] To use glasses and temples, which are conventional parts for glasses, as they are, and to easily obtain glasses suitable for individuals regardless of the size of the face of the glasses user. A connection member for an eyeglass frame is provided. SOLUTION: An eyeglass frame 10 includes a rim 12, a bridge 13, an eyepiece 20, and an eyeglass frame connecting member 40.
And the temple 30. Yoroy 20 and Temple 30
Is connected via the eyeglass frame connecting member 40, so that the eyeglass frame 10 suitable for the size and shape of the face of the eyeglass user can be easily obtained.

Description

DETAILED DESCRIPTION OF THE INVENTION

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a connecting member for an eyeglass frame for connecting an eyepiece and a temple, and more particularly, a yolo and a temple used in a conventional eyeglass frame can be used as it is, and is adapted to an individual. The present invention relates to an eyeglass frame connecting member from which eyeglasses can be easily obtained.

[0002]

2. Description of the Related Art Conventionally, when purchasing spectacles, a lens suitable for the user's eyesight is selected and a spectacle frame holding the lens is selected in consideration of a design or the like. In, the wearing feeling of the glasses is also an important factor. In order to obtain a good wearing feeling of the glasses, it is necessary that the size and the shape of the eyeglass frame are adapted to the size and the shape of the face of the glasses user.

[0003] When purchasing eyeglasses, many of the eyeglass users rarely customize their own personalized eyeglass frames, and as described above, the design, The eyeglass frame is selected and purchased in consideration of the color, weight, wearing feeling, and the like. Generally, when selecting the eyeglass frame, select your favorite eyeglass frame from the eyeglass frames displayed at the store, then wear the glasses and check your face when wearing the glasses. , To confirm the feeling of wearing.

[0004]

It is considered that eyeglasses worn for a long time may have a great effect on the impression of one's face, so the design of the eyeglass frame is also an important factor in selecting the eyeglass frame. is there. In addition, the glasses are worn for a long time, and if the wearing feeling is not good, a headache or the like may be caused. Therefore, when wearing the glasses, it is a very important factor when selecting the glasses frame.

[0005] However, if a favorite eyeglass frame selected based on the design of the eyeglass frame or the like is actually worn, the size and shape of the eyeglass frame may not match the size and shape of the face of the user. In such a case, the selection of the eyeglass frame must be continued, and it takes a long time to select the eyeglass frame, or the size and shape of the eyeglass frame are prioritized, and the design remains unsatisfied. In some cases, a choice must be made.

In addition, when selecting the glasses frame, it is necessary to judge the wearing feeling of the glasses frame by wearing the glasses for a short period of time. In such a case,
Although the eyeglass frame may be deformed to improve the wearing feeling, it is not preferable because the eyeglass frame is unnaturally deformed.

Further, the size and shape of the spectacle frame are generally limited to those of only a few sizes and shapes in order to reduce the manufacturing cost by mass production effects. It is difficult to select and use eyeglass frames of a desired design.

[0008] Therefore, an object of the present invention is to use the conventional eyeglass parts, i.e., yolo and temple, as they are, regardless of the size of the eyeglass user's face, etc.
An object of the present invention is to provide a connection member for a spectacle frame that allows a user to select and use a spectacle frame having a desired design and easily obtain spectacles adapted to an individual.

[0009]

SUMMARY OF THE INVENTION The present invention relates to an eyeglass frame connecting member for connecting an eyelet and a temple in an eyeglass frame, wherein the first hinge is fixed to an inner surface of a temple-side end of the eyelet. A second hinge member rotatably connected to the member by a first shaft member, and a third hinge member connected to a fourth hinge member fixed to an inner surface of a distal end of the temple, The second hinge member has a first insertion piece fixed to an inner surface of one end in the longitudinal direction of the eyeglass frame connecting member and having a second shaft hole formed therein, and the third hinge member includes an eyeglass frame. A second holding piece fixed to the inner surface of the other end in the longitudinal direction of the connecting member and formed with the second insertion groove interposed therebetween, and formed with a third shaft hole. Eyeglass frame connection It is.

According to the present invention, the second hinge member rotatably connected to the first hinge member fixed to the inner surface of the temple-side end portion of the yoroi by the first shaft member, and the distal end portion of the temple. A third hinge member connected to a fourth hinge member fixed to the inner surface, wherein the second hinge member is fixed to the inner surface at one longitudinal end of the eyeglass frame connecting member; It has a first insertion piece in which a biaxial hole is formed, and the third hinge member is fixed to the inner surface of the other end in the longitudinal direction of the eyeglass frame connecting member, and sandwiches the second insertion groove therebetween. It has a 2nd holding piece formed and the 3rd axial hole is formed. Since the yolo and the temple can be connected via the connecting portion, the size and shape of the eyeglass frame can be easily changed.

The present invention also relates to a spectacle frame connecting member for fixing a second hinge member from a face when spectacles are mounted on spectacles using spectacle frames in which a yoke and a temple are connected using the spectacle frame connecting members. The distance between the inner surface of one end in the longitudinal direction is larger than the distance from the face when wearing the glasses to the inner surface of the other end in the longitudinal direction of the eyeglass frame connecting member to which the third hinge member is fixed. And

According to the present invention, the distance from the face when wearing the glasses to the inner surface of one end in the longitudinal direction of the connecting member for eyeglass frames is the other end of the connecting member for the glasses frame from the face when wearing the glasses. Since it is larger than the distance to the inner surface of the part, the distance between the temples of the spectacle frame in the state of wearing the spectacles can be easily changed greatly.

Further, the present invention relates to a spectacle frame connecting member for fixing a second hinge member from a face when spectacles are mounted on spectacles using spectacle frames in which a yoke and a temple are connected using the spectacle frame connecting members. The distance from the face to the inner surface at one end in the longitudinal direction is smaller than the distance from the face when wearing the glasses to the inner surface at the other end in the longitudinal direction of the eyeglass frame connecting member to which the third hinge member is fixed. And

According to the present invention, the distance from the face when wearing the glasses to the inner surface at one end in the longitudinal direction of the glasses frame connecting member is the other of the distance from the face when wearing the glasses to the glasses frame connecting member in the longitudinal direction. Since the distance to the inner surface of the end portion is smaller, the distance between the temples of the spectacle frame in the spectacle wearing state can be easily reduced.

[0015]

FIG. 1 is a perspective view schematically showing a part of an eyeglass frame 10 using an eyeglass frame connecting member 40 according to an embodiment of the present invention, and FIG. FIG. 3 is an exploded perspective view for explaining a method of connecting the eyeglass frame connecting member 40 to the eyepiece frame 20 and the temple 30 in the vicinity of the eyeglass frame connecting member 40 attached to the eyeglass frame.

The spectacle frame connecting member 40 is disposed between the yoro 20 and the temple 30 in the spectacle frame 10 and connected to the yolo 20 and the temple 30 at both longitudinal ends to form the spectacle frame 10. Used for

The glasses frame 10 basically includes a pair of rims 12 for holding a pair of lenses 11a and 11b (hereinafter, generally referred to as a lens 11).
a, 12b (when collectively referred to as a rim 12), a bridge 13 interconnecting the rims 12a, 12b, a yoke 20 fixed to the rim 12, and a yoke 2
There is an eyeglass frame connecting member 40 connecting the 0 and the temple 30, and a temple 30 connected to the yoroi 20 via the eyeglass frame connecting member 40.

The yoke 20 is screwed to a bent portion 21 bent at a substantially right angle and a rim mounting portion 15 fixed to the longitudinal outer surface 14 of the rim 12 to which the bridge 13 is not fixed by brazing or other joining means. It has a rim-side end 23 to which the attached yoroi attachment portion 22 is fixed, and a temple-side end 24 connected to the eyeglass frame connecting member 40. A conventional eyeglass frame component can be used as it is for the yoroi 20.

On the inner surface 25 of the temple side end 24,
A pair of first holding pieces 28a and 28b (each collectively referred to as a first holding piece) are formed so as to face each other in parallel with the first insertion groove 26 therebetween and have the first shaft hole 27 formed therein. A first hinge member 29 (denoted as a piece 28) is fixed by brazing or other joining means.

On the inner surface 42 of one end portion 41 in the longitudinal direction of the eyeglass frame connecting member 40, a first shaft hole 43 which is inserted into the first insertion groove 26 and has a second shaft hole 43 is formed.
A second hinge member 45 having an insert 44 is secured by brazing or other joining means.

A third shaft hole 49 is formed on the inner surface 47 of the other end portion 46 in the longitudinal direction of the eyeglass frame connecting member 40 so as to face each other in parallel with a second insertion groove 48 interposed therebetween. A pair of second holding pieces 50a respectively formed,
A third hinge member 51 having 50b (referred to collectively as a second holding piece 50) is fixed by brazing or other joining means.

A longitudinal end portion 31 of the temple 30
Is inserted into the second insertion groove 48 on the inner surface 32 of the
Further, the fourth hinge member 35 having the second insertion piece 34 in which the fourth shaft hole 33 is formed is fixed by brazing or other joining means. At the free end portion 36 in the longitudinal direction of the temple 30, a front cell 37 made of synthetic resin, which comes into contact with the vicinity of the ear of the user of the glasses when wearing the glasses, is attached. As the temple 30, a conventional component for a spectacle frame can be used as it is.

The yolo 20 and the eyeglass frame connecting member 40 are inserted into the first shaft hole 27 and the second shaft hole 43 with the first insertion piece 44 fitted in the first insertion groove 26. The first shaft members 55 are rotatably connected to each other. For example, the first shaft member 55 is achieved by a screw or the like, and the first shaft member 55 is screwed into the first shaft hole 27 and the second shaft hole 43 in a state of being overlapped, so that the yoke 20 and the eyeglass frame connecting member are joined together. The first shaft member 55 is rotatably mounted within a predetermined angle range around the axis 56 of the first shaft member 55.

The eyeglass frame connecting member 40 and the temple 30 are inserted into the third shaft hole 49 and the fourth shaft hole 33 with the second insertion piece 34 fitted in the second insertion groove 48. The second shaft member 60 is rotatably connected to each other. For example, the second shaft member 60 is achieved by a screw or the like, and the third shaft hole 49 and the fourth shaft
The second shaft member 60 is screwed into the shaft hole 33, and the eyeglass frame connecting member 40 and the temple 30 are rotatably assembled within a predetermined angle range around the axis 61 of the second shaft member 60.

As described above, the connecting member 4 for the eyeglass frame
0 in the eyeglass frame 10 using
And the temple 30 can be connected via the eyeglass frame connecting member 40, so that the yolo 20 can be connected like the conventional eyeglass frame 18 shown by a two-dot chain line in FIG. 1.
The length of a portion corresponding to the temple 19 of the conventional eyeglass frame 18 can be made longer than when the eyeglass frame 18 and the temple 30 are connected without interposing the eyeglass frame connecting member 40. For example, when a person having a large distance between the nose and the ear uses the conventional eyeglass frame 18, even if the user cannot wear the eyeglasses well, the yolo 20 and the temple 30 can be connected via the eyeglass frame connecting member 40. , A good fit is obtained. Moreover, since conventional yolo and temples can be used as they are without newly manufacturing yoro and temples, if the eyeglass frame connecting member 40 of the present embodiment is prepared at an eyeglass dealer, The eyeglass frame connecting member 40 can be easily attached at the eyeglass dealer, and can meet customer's demands.

For example, in the conventional eyeglass frame 18, if the length L1 is short to obtain good wearing, the length L1
The customer's desire can be satisfied only by attaching the eyeglass frame connecting member 40 between the yolo 20 and the temple 30 at the eyeglass dealer. That is, if the spectacle frame connecting member 40 having several types of lengths and shapes is stored at the spectacles store, the spectacle frames suitable for the size and shape of the face can be easily provided to the customer.

FIG. 4 is a perspective view schematically showing a part of an eyeglass frame 70 using an eyeglass frame connecting member 71 according to another embodiment of the present invention, and FIG. FIG. 3 is a plan view near a connecting member 71.

The connecting member 71 for eyeglass frames is substantially similar in structure to the connecting member 40 for eyeglass frames, and has the same usage and purpose. The connecting member 71 for the spectacle frame includes the connecting member 40 for the spectacle frame.
Similarly to the above, the eyeglasses frame 70 is disposed between the yoroi 20 and the temple 30 and connected to the yoroi 20 and the temple 30 at both ends in the longitudinal direction, so that the eyeglasses frame 70 is used.

The eyeglass frame 70 is substantially similar in configuration to the eyeglass frame 10, and has the same usage and purpose. The eyeglass frame 70 is different from the eyeglass frame 10 in that the shape of the eyeglass frame connecting member 71 used in the eyeglass frame 70 is different from the eyeglass frame connecting member 4 used in the eyeglass frame 10.
In the following description, corresponding portions of the spectacle frame 70 and the spectacle frame 10 will be denoted by the same reference numerals, and will be described below. May be omitted.

The glasses frame 70 basically includes a pair of rims 12 each holding a pair of lenses 11, a bridge 13 interconnecting the rims 12, a yoro 20 fixed to the rim 12, It has an eyeglass frame connecting member 71 for connecting the yolo 20 and the temple 30, and a temple 30 connected to the yolo 20 via the eyeglass frame connecting member 71.

The yoroi 20 included in the glasses frame 70
And the temple 30 is the same as the yolo 20 and the temple 30 included in the above-described glasses frame 10.

The eyeglass frame connecting member 71 used for the eyeglass frame 70 includes a first longitudinal end 41 to which the second hinge member 45 is fixed, and a third And the other longitudinal end 46 to which the hinge member 51 is fixed. For more information,
The eyeglass frame connecting member 71 includes a first linear portion 72 that is one longitudinal end 41 to which the second hinge member 45 is fixed.
And a substantially right-angled first linear portion 72 connected to the first linear portion 72.
A bent portion 73, an intermediate portion 74 formed continuously with the first bent portion 73, a substantially right-angled second bent portion 75 formed continuously with the intermediate portion 74, and a formed portion connected to the second bent portion 75. It has a second straight portion 76 which is the other longitudinal end 46 to which the third hinge member 51 is fixed. The second hinge member 45 and the third hinge member 51 of the eyeglass frame connecting member 71 are
It has the same configuration as the second hinge member 45 and the third hinge member 51 of the eyeglass frame connecting member 40. That is, the inner surface 42 of the one end portion 41 in the longitudinal direction of the eyeglass frame connecting member 71 has the first insertion piece 44 which is inserted into the first insertion groove 26 and in which the second shaft hole 43 is formed. The second hinge member 45 is fixed by brazing or other joining means, and faces the inner surface 47 of the other end 46 in the longitudinal direction of the eyeglass frame connecting member 71 in parallel with each other with the second insertion groove 48 interposed therebetween. A third hinge member 51 having a pair of second holding pieces 50 formed and formed with a third shaft hole 49 is fixed by brazing or other joining means.

The connection member 71 for the eyeglass frame is made of Yoroi 2
0 and the temple 30, the connecting member 4 for the eyeglass frame.
It is attached in the same way as 0. That is, Yoroy 2
0 and the connecting member 71 for the eyeglass frame, the first insertion groove 2
6 with the first insertion piece 44 fitted therein,
7 and a first shaft member 55 inserted into the second shaft hole 43 so as to be rotatably connected to each other. For example, the first shaft member 55 is achieved by a screw or the like, and the first shaft member 55 is inserted into the first shaft hole 27 and the second shaft hole 43 in an overlapped state.
Are screwed into each other, so that the yoroi 20 and the eyeglass frame connecting member 7
Numeral 1 is attached so as to be rotatable within a predetermined angle range around the axis 56 of the first shaft member 55. The eyeglass frame connecting member 71 and the temple 30 are connected to the third shaft hole 49 and the fourth shaft 49 in a state where the second insertion piece 34 is fitted in the second insertion groove 48.
The second shaft members 60 inserted into the shaft holes 33 are connected to each other so as to be freely rotatable. For example, the second shaft member 60 is achieved by a screw or the like, and the third shaft hole 4 in an overlapped state.
The second shaft member 60 is screwed into the 9th and the fourth shaft hole 33,
The eyeglass frame connecting member 71 and the temple 30
The shaft member 60 is rotatably assembled within a predetermined angle range around an axis 61.

In the spectacle frame 70, when the spectacles are mounted, the inner surface 25 of the temple-side end 24 of the yoke 20 to which the first hinge member 29 is fixed and the spectacle frame connecting member to which the second hinge member 45 is fixed. An imaginary plane including the inner surface 42 of the one end 41 of the first 71, and a connection member 71 for an eyeglass frame to which the third hinge member 51 is fixed.
The virtual plane including the inner surface 47 of the other end 46 of the second end 46 and the inner surface 32 of the distal end 31 of the temple 30 to which the fourth hinge member 35 is fixed is not included in the same plane. The distance from the face to the inner surface 25 of the temple-side end portion 24 of the temple 20 is formed to be larger than the distance from the face to the inner surface 32 of the distal end portion 31 of the temple 30 when wearing glasses. That is, in the glasses-mounted state, the inner surface 4 of the other end 46 of the eyeglass frame connecting member 71 is larger than the inner surface 42 of the one end 41 of the eyeglass frame connecting member 71.
7 are formed so as to be arranged in a direction away from the face of the glasses wearer by a distance L2. Therefore, the distance between the temples 30 of the glasses frame 70 is longer than the distance between the temples 19 of the conventional glasses frame 18 by (L2 + L).
2) it becomes larger. Therefore, just by connecting the connecting member 71 for eyeglass frames between the yoroi 20 and the temple 30, the eyeglass frame 70 suitable for a person with a large face
Can be provided. In general, a person with a large face width (for example, the length between the cheekbones of both cheeks of the face) has a large face depth (the length from the cheek near the nose to the back of the face). Since it is necessary to increase the length of the portion corresponding to 18, the connecting member 71 for the eyeglass frame is required.
In, the eyeglass frame connecting member 71 is formed so as to be longer by the length L3. In this way, by storing the shape of the eyeglass frame connecting member 71, that is, the eyeglass frame connecting member 71 having different lengths L2 and L3 at an eyeglass retailer or the like, the shape and shape of the customer's face can be appropriately adjusted. And it can respond quickly. Since it is not necessary to newly manufacture the yoroi 20 and the temple 30, it is possible to provide the customer with an appropriate eyeglass frame 70 without increasing the manufacturing cost.

As described above, the connecting member 7 for the eyeglass frame
The eyeglass frame 70 using the
And the temple 30 can be connected via the eyeglass frame connecting member 71, so that the eyepiece frame 20 can be connected like the conventional eyeglass frame 18 shown by a two-dot chain line in FIG.
The length of a portion corresponding to the temple 19 of the conventional eyeglass frame 18 can be made longer than when the eyeglass frame 18 and the temple 30 are connected without interposing the eyeglass frame connecting member 71. For example, when a person having a large distance between the nose and the ear uses the conventional eyeglass frame 18, even if the user cannot wear the eyeglasses well, the yolo 20 and the temple 30 can be connected via the eyeglass frame connecting member 71. Are connected, a good mounting state is obtained. In addition, since conventional yolo and temples can be used as they are without newly manufacturing yolo and temples, if the eyeglass frame connecting member 71 of the present embodiment is prepared at an eyeglass retailer, Connecting member 7 for eyeglass frames
1 can be easily attached at an eyeglass store, and can meet customer demands.

For example, in the conventional eyeglass frame 18, in order to obtain good wearing, the interval between the temples 30 is long (L
2 + L2), when the eyeglass frame connecting member 71 is provided by the eyeglass dealer at the Yolo 20 and the temple 3
By simply attaching it between 0 and the customer's wish can be satisfied. That is, if the spectacle frame connecting members 71 of several sizes and counts are stored in a spectacle store, the spectacle frames 70 suitable for the size and shape of the face can be easily provided to the customer.

FIG. 6 is a perspective view schematically showing a part of an eyeglass frame 80 using an eyeglass frame connecting member 81 according to another embodiment of the present invention, and FIG. FIG. 9 is a plan view of the vicinity of a connecting member 81.

The spectacle frame connecting member 81 is substantially similar in configuration to the spectacle frame connecting member 40, and has the same usage and purpose. The connecting member 81 for the spectacle frame includes the connecting member 40 for the spectacle frame.
Similarly to the above, the eyeglasses frame 80 is disposed between the yoroi 20 and the temple 30 and connected to the yoroi 20 and the temple 30 at both ends in the longitudinal direction, so that the eyeglasses frame 80 is used.

The eyeglass frame 80 has a configuration substantially similar to that of the eyeglass frame 10, and has the same usage and purpose. The eyeglass frame 80 is different from the eyeglass frame 10 in that the shape of the eyeglass frame connecting member 81 used in the eyeglass frame 80 is different from the eyeglass frame connecting member 4 used in the eyeglass frame 10.
In the following description, corresponding parts of the spectacle frame 80 and the spectacle frame 10 will be denoted by the same reference numerals, and will not be described. May be omitted.

The eyeglass frame 80 basically includes a pair of rims 12 each holding a pair of lenses 11, a bridge 13 connecting the rims 12 to each other, a yoro 20 fixed to the rim 12, The eyeglass frame connecting member 81 that connects the yolo 20 and the temple 30 and the temple 30 that is connected to the yolo 20 via the eyeglass frame connecting member 40 are provided.

Yoroi 20 included in glasses frame 80
And the temple 30 is the same as the yolo 20 and the temple 30 included in the above-described glasses frame 10.

The eyeglass frame connecting member 81 used for the eyeglass frame 80 is basically similar to the eyeglass frame connecting member 40 in that one end 41 in the longitudinal direction to which the second hinge member 45 is fixed, and And the other longitudinal end 46 to which the hinge member 51 is fixed. For more information,
The eyeglass frame connecting member 81 includes a first linear portion 82 that is one longitudinal end 41 to which the second hinge member 45 is fixed.
And a substantially right-angled first linear portion 82
A bent portion 83, an intermediate portion 84 formed continuously with the first bent portion 83, a substantially right-angled second bent portion 85 formed continuously with the intermediate portion 84, and formed continuously with the second bent portion 85. It has a second straight portion 86 which is the other longitudinal end 46 to which the third hinge member 51 is fixed. The second hinge member 45 and the third hinge member 51 of the eyeglass frame connecting member 81 are:
It has the same configuration as the second hinge member 45 and the third hinge member 51 of the eyeglass frame connecting member 40. That is, the inner surface 42 of the one end portion 41 in the longitudinal direction of the eyeglass frame connecting member 81 has the first insertion piece 44 which is inserted into the first insertion groove 26 and in which the second shaft hole 43 is formed. The second hinge member 45 is fixed by brazing or other joining means, and faces the inner surface 47 of the other longitudinal end 46 of the eyeglass frame connecting member 81 in parallel with each other with the second insertion groove 48 interposed therebetween. A third hinge member 51 having a pair of second holding pieces 50 formed and formed with a third shaft hole 49 is fixed by brazing or other joining means.

The eyeglass frame connecting member 81 is made of
0 and the temple 30, the connecting member 4 for the eyeglass frame.
It is attached in the same way as 0. That is, Yoroy 2
0 and the connecting member 81 for the eyeglass frame, the first insertion groove 2
6 with the first insertion piece 44 fitted therein,
7 and a first shaft member 55 inserted into the second shaft hole 43 so as to be rotatably connected to each other. For example, the first shaft member 55 is achieved by a screw or the like, and the first shaft member 55 is inserted into the first shaft hole 27 and the second shaft hole 43 in an overlapped state.
Are screwed into each other, and the connecting member 8
Numeral 1 is attached so as to be rotatable within a predetermined angle range around the axis 56 of the first shaft member 55. The eyeglass frame connecting member 81 and the temple 30 are connected to the third shaft hole 49 and the fourth shaft 49 with the second insertion piece 34 fitted in the second insertion groove 48.
The second shaft members 60 inserted into the shaft holes 33 are connected to each other so as to be freely rotatable. For example, the second shaft member 60 is achieved by a screw or the like, and the third shaft hole 4 in an overlapped state.
The second shaft member 60 is screwed into the 9th and the fourth shaft hole 33,
The eyeglass frame connecting member 81 and the temple 30 are
The shaft member 60 is rotatably assembled within a predetermined angle range around an axis 61.

In the spectacle frame 80, in the spectacle-mounted state, the inner surface 25 of the temple-side end 24 of the yoke 20 to which the first hinge member 29 is fixed, and the spectacle frame connecting member to which the second hinge member 45 is fixed. A virtual plane including the inner surface 42 of the one end 41 in the longitudinal direction of 81, the inner surface 47 of the other end 46 in the longitudinal direction of the connecting member 81 for eyeglass frames to which the third hinge member 51 is fixed, and the fourth hinge member. Tip 31 of temple 30 to which 35 is fixed
The virtual plane including the inner surface 32 of the eyepiece 20 is not included in the same plane, and the distance from the face when wearing glasses to the inner surface 25 of the temple-side end 24 of the yoroi 20 is different from the face when wearing glasses. Is formed so as to be smaller than the distance from the inner surface 32 of the distal end portion 31 of the temple 30. That is, in the state of wearing glasses,
One end 41 in the longitudinal direction of the connection member 81 for the eyeglass frame
Frame member connecting member 81 than inner surface 42 of
Is formed such that the inner surface 47 of the other end 46 in the longitudinal direction is disposed in a direction approaching the distance L4 from the face of the glasses wearer. Therefore, the distance between the temples 30 of the glasses frame 80 is smaller than the distance between the temples 19 of the conventional glasses frame 18 by (L4 + L4). Therefore, it is possible to provide the spectacle frame 80 suitable for a person with a small face only by connecting the spectacle frame connecting member 81 between the yolo 20 and the temple 30. In this way, by stocking the shape of the spectacle frame connecting member 81, that is, the spectacle frame connecting member 81 having a different length L4 in a spectacle store or the like, the size and shape of the customer's face can be appropriately and quickly adjusted. Can be handled. Further, when a good mounting state cannot be obtained because the length of the portion corresponding to the temple 19 of the conventional eyeglass frame 18 is insufficient, the length L5 of the eyeglass frame connecting member 81 along the longitudinal direction is changed. Thereby, an appropriate glasses frame 80 can be obtained. Since it is not necessary to newly manufacture the yoroi 20 and the temple 30, it is possible to provide the customer with an appropriate eyeglass frame 80 without increasing the manufacturing cost.

As described above, the eyeglass frame connecting member 8
In the eyeglass frame 80 using the
And the temple 30 can be connected via the eyeglass frame connecting member 81, so that as shown in the conventional eyeglass frame 18 shown by a two-dot chain line in FIG.
The distance between the pair of temples 19 of the conventional eyeglass frame 18 can be reduced as compared with the case where the eyeglass frame 18 and the temple 30 are connected without interposing the eyeglass frame connecting member 81. For example, when a person with a small face uses the conventional eyeglasses frame 18, even if the user cannot wear it well, connecting the yolo 20 and the temple 30 via the eyeglasses frame connecting member 81 provides good results. A suitable mounting state is obtained. Moreover, since the conventional yoroi and temples can be used as they are without newly manufacturing yoroi and temples, the eyeglass frame connecting member 81 of the present invention can be attached at a glasses retailer.

For example, if the length (L4 + L4) is long in order to obtain a good wearing state in the conventional eyeglass frame 18, if the length (L4 + L4) is long, the eyeglass frame connecting member 81 is attached between the yolo 20 and the temple 30 at the eyeglass store. Just
The interval between the temples 30 can be narrowed by the length (L4 + L4), and the wishes of the customer can be satisfied. That is, if the spectacle frame connecting members 81 of several sizes and shapes are stored in the spectacle store, the spectacle frames suitable for the size and shape of the face can be easily provided to the customer.

FIG. 8 is a plan view of the vicinity of the spectacle frame connecting member 91 of the spectacle frame 90 using the spectacle frame connecting member 91 according to another embodiment of the present invention.

The spectacle frame connecting member 91 is substantially similar in configuration to the spectacle frame connecting member 40, and has the same usage and purpose. The connecting member 91 for the spectacle frame includes the connecting member 40 for the spectacle frame.
Similarly to the above, the eyeglasses frame 90 is arranged between the yoroi 20 and the temple 30 and connected to the yoroi 20 and the temple 30 at both ends in the longitudinal direction, so that the eyeglasses frame 90 is used.

The eyeglass frame 90 is substantially similar in configuration to the eyeglass frame 10, and has the same usage and purpose. The eyeglass frame 90 is different from the eyeglass frame 10 in that the shape of the eyeglass frame connecting member 91 used in the eyeglass frame 90 is different from the eyeglass frame connecting member 4 used in the eyeglass frame 10.
In the following description, corresponding portions of the spectacle frame 90 and the spectacle frame 10 will be denoted by the same reference numerals, and will be described below. May be omitted.

The glasses frame 90 basically includes a pair of rims 12 each holding a pair of lenses 11, a bridge 13 connecting the rims 12 to each other, a yoro 20 fixed to the rim 12, The eyeglass frame connecting member 91 connects the yolo 20 and the temple 30, and the temple 30 connected to the yolo 20 via the eyeglass frame connecting member 91.

The yoroi 20 included in the glasses frame 90
And the temple 30 is the same as the yolo 20 and the temple 30 included in the above-described glasses frame 10.

The connecting member 91 for the eyeglass frame used for the eyeglass frame 90 is basically the same as the connecting member 40 for the eyeglass frame, and has one end 41 in the longitudinal direction to which the second hinge member 45 is fixed, and the third And the other longitudinal end 46 to which the hinge member 51 is fixed. For more information,
The eyeglass frame connecting member 91 includes a first linear portion 92 that is one longitudinal end 41 to which the second hinge member 45 is fixed.
And an intermediate portion 93 formed continuously with the first straight portion 92.
And a second linear portion 94 which is formed in continuation of the intermediate portion 93 and is the other longitudinal end 46 to which the third hinge member 51 is fixed.
Having. The second hinge member 45 and the third hinge member 51 of the spectacle frame connecting member 91 are the same as the second hinge member 45 and the third hinge member 51 of the spectacle frame connecting member 40.
This is the same configuration as. That is, on the inner surface 42 of the one end portion 41 in the longitudinal direction of the connecting member 91 for the eyeglass frame,
The second hinge member 45 having the first insertion piece 44 inserted into the first insertion groove 26 and having the second shaft hole 43 formed therein is fixed by brazing or other joining means, and is connected to the eyeglass frame connecting member 91. Inner surface 47 of the other longitudinal end 46
A third hinge member 51 having a pair of second holding pieces 50 formed in parallel with each other with the second insertion groove 48 interposed therebetween and having a third shaft hole 49 formed therein. It is fixed by other joining means.

The connecting member 91 for the eyeglass frame is Yoroi 2
0 and the temple 30, the connecting member 4 for the eyeglass frame.
It is attached in the same way as 0. That is, Yoroy 2
0 and the connecting member 91 for the eyeglass frame, the first insertion groove 2
6 with the first insertion piece 44 fitted therein,
7 and a first shaft member 55 inserted into the second shaft hole 43 so as to be rotatably connected to each other. For example, the first shaft member 55 is achieved by a screw or the like, and the first shaft member 55 is inserted into the first shaft hole 27 and the second shaft hole 43 in an overlapped state.
Are screwed into each other, so that the yoroi 20 and the eyeglass frame connecting member 9 are
Numeral 1 is attached so as to be rotatable within a predetermined angle range around the axis 56 of the first shaft member 55. The eyeglass frame connecting member 91 and the temple 30 are connected to the third shaft hole 49 and the fourth shaft 49 with the second insertion piece 34 fitted in the second insertion groove 48.
The second shaft members 60 inserted into the shaft holes 33 are connected to each other so as to be freely rotatable. For example, the second shaft member 60 is achieved by a screw or the like, and the third shaft hole 4 in an overlapped state.
The second shaft member 60 is screwed into the 9th and the fourth shaft hole 33,
The eyeglass frame connecting member 91 and the temple 30
The shaft member 60 is rotatably assembled within a predetermined angle range around an axis 61.

In the spectacles frame 90, when the spectacles are mounted, the inner surface 25 of the temple-side end 24 of the yoke 20 to which the first hinge member 29 is fixed and the spectacle frame connecting member to which the second hinge member 45 is fixed. An imaginary plane including the inner surface 42 of the one end 41 in the longitudinal direction of 91, the inner surface 47 of the other end 46 in the longitudinal direction of the connecting member 91 for eyeglass frames to which the third hinge member 51 is fixed, and the fourth hinge member. Tip 31 of temple 30 to which 35 is fixed
The virtual plane including the inner surface 32 of the eyepiece 20 is not included in the same plane, and the distance from the face when wearing glasses to the inner surface 25 of the temple-side end 24 of the yoroi 20 is different from the face when wearing glasses. Is formed so as to be larger than the distance from the inner surface 32 of the distal end portion 31 of the temple 30. That is, in the state of wearing glasses,
One end 41 in the longitudinal direction of the connection member 91 for the eyeglass frame
Frame member connecting member 91 than inner surface 42 of
Is formed so that the inner surface 47 of the other end 46 in the longitudinal direction of the eyeglass is arranged in a direction away from the face of the spectacle wearer by the distance L6. Therefore, the distance between the temples 30 of the spectacle frame 90 is larger than the distance between the temples 19 of the conventional spectacle frame 18 by (L6 + L6). Therefore, it is possible to provide the spectacle frame 90 suitable for a person with a large face only by connecting the spectacle frame connecting member 91 between the yolo 20 and the temple 30.

FIG. 9 is a plan view of the vicinity of the eyeglass frame connecting member 96 of the eyeglass frame 95 using the eyeglass frame connecting member 96 according to another embodiment of the present invention.

The spectacle frame connecting member 96 is substantially similar in configuration to the spectacle frame connecting member 40, and has the same usage and purpose. The connecting member 96 for the eyeglass frame is connected to the connecting member 40 for the eyeglass frame.
Similarly to the above, the eyeglasses frame 95 is arranged between the yoroi 20 and the temple 30 and connected to the yoroi 20 and the temple 30 at both ends in the longitudinal direction, so that the eyeglasses frame 95 is used.

The eyeglass frame 95 has a configuration substantially similar to that of the eyeglass frame 10, and has the same usage and purpose. The eyeglass frame 95 is different from the eyeglass frame 10 in that the shape of the eyeglass frame connecting member 96 used in the eyeglass frame 95 is different from the eyeglass frame connecting member 4 used in the eyeglass frame 10.
In the following description, corresponding parts of the spectacle frame 95 and the spectacle frame 10 will be denoted by the same reference numerals, and will not be described. May be omitted.

The glasses frame 95 basically includes a pair of rims 12 each holding a pair of lenses 11, a bridge 13 connecting the rims 12 to each other, a yoro 20 fixed to the rim 12, It has an eyeglass frame connecting member 96 for connecting the yolo 20 and the temple 30, and a temple 30 connected to the yolo 20 via the eyeglass frame connecting member 96.

The yoroi 20 included in the glasses frame 95
And the temple 30 is the same as the yolo 20 and the temple 30 included in the above-described glasses frame 10.

The eyeglass frame connecting member 96 used for the eyeglass frame 95 is basically similar to the eyeglass frame connecting member 40 in that one end 41 in the longitudinal direction to which the second hinge member 45 is fixed, and And the other longitudinal end 46 to which the hinge member 51 is fixed. For more information,
The eyeglass frame connecting member 96 includes a first linear portion 97 that is one longitudinal end 41 to which the second hinge member 45 is fixed.
And an intermediate portion 98 formed continuously with the first linear portion 97
And a second linear portion 99 which is the other longitudinal end 46 formed to be continuous with the intermediate portion 98 and to which the third hinge member 51 is fixed.
Having. The second hinge member 45 and the third hinge member 51 of the eyeglass frame connecting member 96 are the same as the second hinge member 45 and the third hinge member 51 of the eyeglass frame connecting member 40.
This is the same configuration as. That is, the inner surface 42 of the one end portion 41 in the longitudinal direction of the eyeglass frame connecting member 96 includes
The second hinge member 45 having the first insertion piece 44 inserted into the first insertion groove 26 and having the second shaft hole 43 formed therein is fixed by brazing or other joining means. Inner surface 47 of the other longitudinal end 46
A third hinge member 51 having a pair of second holding pieces 50 formed in parallel with each other with the second insertion groove 48 interposed therebetween and having a third shaft hole 49 formed therein. It is fixed by other joining means.

The connecting member 96 for the eyeglass frame is made of Yoroi 2
0 and the temple 30, the connecting member 4 for the eyeglass frame.
It is attached in the same way as 0. That is, Yoroy 2
0 and the connecting member 96 for the eyeglass frame, the first insertion groove 2
6 with the first insertion piece 44 fitted therein,
7 and a first shaft member 55 inserted into the second shaft hole 43 so as to be rotatably connected to each other. For example, the first shaft member 55 is achieved by a screw or the like, and the first shaft member 55 is inserted into the first shaft hole 27 and the second shaft hole 43 in an overlapped state.
Are screwed into each other, so that the yoroi 20 and the eyeglass frame connecting member 9 are
6 is attached rotatably within a predetermined angle range around the axis 56 of the first shaft member 55. When the second insertion piece 34 is fitted in the second insertion groove 48, the third shaft hole 49 and the fourth
The second shaft members 60 inserted into the shaft holes 33 are connected to each other so as to be freely rotatable. For example, the second shaft member 60 is achieved by a screw or the like, and the third shaft hole 4 in an overlapped state.
The second shaft member 60 is screwed into the 9th and the fourth shaft hole 33,
The eyeglass frame connecting member 96 and the temple 30
The shaft member 60 is rotatably assembled within a predetermined angle range around an axis 61.

In the spectacle frame 95, the spectacle frame connecting member for fixing the first hinge member 29 to the inner surface 25 of the temple-side end 24 of the yoke 20 and the second hinge member 45 to which the first hinge member 29 is fixed. A virtual plane including the inner surface 42 of the one end 41 in the longitudinal direction of 96, the inner surface 47 of the other end 46 in the longitudinal direction of the connecting member 96 for eyeglass frames to which the third hinge member 51 is fixed, and the fourth hinge member. Tip 31 of temple 30 to which 35 is fixed
The virtual plane including the inner surface 32 of the eyepiece 20 is not included in the same plane, and the distance from the face when wearing glasses to the inner surface 25 of the temple-side end 24 of the yoroi 20 is different from the face when wearing glasses. Is formed so as to be smaller than the distance from the inner surface 32 of the distal end portion 31 of the temple 30. That is, in the state of wearing glasses,
One end 41 in the longitudinal direction of the connection member 96 for the eyeglass frame
Frame member connecting member 96 than inner surface 42 of
Is formed such that the inner surface 47 of the other end 46 in the longitudinal direction is arranged in a direction approaching the distance L7 from the face of the spectacle wearer. Therefore, the distance between the temples 30 of the glasses frame 95 is smaller than the distance between the temples 19 of the conventional glasses frame 18 by (L7 + L7). Therefore, it is possible to provide the spectacle frame 95 suitable for a person with a large face only by connecting the spectacle frame connecting member 96 between the yoroi 20 and the temple 30.

In the present specification, the state of wearing glasses is a state in which a pair of temples are expanded in a direction away from each other in order to wear glasses, that is, a state in which the free end of the temple is moved away from the lens. Shall be expressed.

[0064]

As described above, according to the present invention, the second hinge member rotatably connected by the first shaft member to the first hinge member fixed to the inner surface of the temple-side end of the yoke is provided. A third hinge member connected to a fourth hinge member fixed to the inner surface of the temple tip, and the second hinge member is fixed to the inner surface of one end of the connection member; A first insertion piece having a second shaft hole formed therein, wherein the third hinge member is fixed to an inner surface of the other end of the connecting member, and is formed with the second insertion groove interposed therebetween; , A second holding piece in which the third shaft hole is formed. As it is possible to connect the yoroi and the temple via the connecting part,
The size and shape of the glasses frame can be easily changed.

Further, according to the present invention, the distance from the face when wearing glasses to the inner surface at one end of the connecting member is
Since the distance from the face to the inside surface of the other end of the connecting member when the glasses are worn is larger than the distance between the temples of the glasses frame when the glasses are worn, the distance can be easily changed.

Further, according to the present invention, the distance from the face to the inside surface of one end of the connecting member when wearing glasses is longer than the distance from the face to the inside surface of the other end of the connecting member when wearing glasses. Since it is small, the interval between the temples of the glasses frame in the state of wearing glasses can be easily changed to be small.

As described above, according to the present invention, it is possible to use conventional eyeglass parts such as yoroi and temples as they are, and to prioritize the color and design of the eyeglasses in selecting the eyeglasses. Since it is possible to provide the customer with spectacles having a good wearing feeling, it is possible to appropriately and promptly satisfy the customer's wishes.

[Brief description of the drawings]

FIG. 1 is a perspective view schematically showing a part of an eyeglass frame 10 using an eyeglass frame connecting member 40 according to an embodiment of the present invention.

FIG. 2 is a plan view of the vicinity of a spectacle frame connecting member 40 mounted on the spectacle frame 10. FIG.

FIG. 3 is an exploded perspective view for explaining a method of connecting the eyeglass frame connecting member 40 to the eyepiece 20 and the temple 30;

FIG. 4 is a perspective view schematically showing a part of an eyeglass frame 70 using an eyeglass frame connecting member 71 according to another embodiment of the present invention.

FIG. 5 is a plan view of the vicinity of a glasses frame connecting member 71 of the glasses frame 70;

FIG. 6 is a perspective view schematically showing a part of an eyeglass frame 80 using an eyeglass frame connecting member 81 according to another embodiment of the present invention.

FIG. 7 is a plan view of the vicinity of a glasses frame connecting member 81 of the glasses frame 80.

FIG. 8 is a plan view of the vicinity of a spectacle frame connecting member 91 of a spectacle frame 90 using a spectacle frame connecting member 91 according to another embodiment of the present invention.

FIG. 9 is a plan view of the vicinity of a spectacle frame connecting member 96 of a spectacle frame 95 using a spectacle frame connecting member 96 according to another embodiment of the present invention.

[Explanation of symbols]

10, 18, 70, 80, 90, 95 Glasses frame 11 Lens 12 Rim 13 Bridge 19, 30 Temple 20 Yoroi 24 Temple side end 25, 32, 42, 47 Inner surface 26 First insertion groove 27 First shaft hole 28 1st holding piece 29 1st hinge member 31 Tip part 33 4th axis hole 34 2nd insertion piece 35 4th hinge member 40, 71, 81, 91, 96 Connection member 41 for eyeglass frames 41 One end 43 Second axis hole 44 first insertion piece 45 second hinge member 46 other end 48 second insertion groove 49 third shaft hole 50 second holding piece 51 third hinge member 55 first shaft hole 60 second shaft hole

Claims (3)

(57) [Claims] A first hinge member fixed to an inner surface of a temple-side end of the eyepiece, wherein the first hinge member is turned by a first shaft member. A second hinge member movably connected, and a third hinge member connected to a fourth hinge member fixed to an inner surface of the temple distal end, wherein the second hinge member is an eyeglass frame. A first insertion piece fixed to the inner surface of one end in the longitudinal direction of the connecting member for use and having a second axial hole formed therein, wherein the third hinge member is the other end in the longitudinal direction of the connecting member for eyeglass frames. A connection member for an eyeglass frame, comprising: a second holding piece that is fixed to an inner surface of the portion and that is formed with a second insertion groove interposed therebetween and has a third shaft hole formed therein. 2. An eyeglass frame connecting member, to which a second hinge member is fixed from a face when the eyeglasses are mounted on eyeglasses using an eyeglass frame in which a yoke and a temple are connected using the eyeglass frame connecting member. The distance to the inner surface of the end is 3rd from the face when wearing glasses.
The connecting member for an eyeglass frame according to claim 1, wherein the distance to the inner surface of the other end in the longitudinal direction of the connecting member for the eyeglass frame to which the hinge member is fixed is larger than the distance between the inner surface and the inner surface. 3. A longitudinal direction of the eyeglass frame connecting member, to which the second hinge member is fixed from the face when the eyeglasses are mounted on the eyeglasses using the eyeglass frame in which the eyepiece and the temple are connected using the eyeglass frame connecting member. The distance to the inner surface of the end is 3rd from the face when wearing glasses.
The connecting member for an eyeglass frame according to claim 1, wherein the distance to the inner surface of the other end portion in the longitudinal direction of the connecting member for the eyeglass frame to which the hinge member is fixed is smaller than the interval.