KR200301225Y1 - Eyeglasses having auxiliary glasses, which are easily opened by a magnetic hinge - Google Patents

Abstract

The present invention can be used in the conventional eyeglasses such as industrial glasses or sunglasses having a secondary eyeglasses, and the secondary eyeglasses so as to take advantage of the glasses that can be opened and closed without the secondary eyeglasses separated from the body glasses to obtain the secondary eyeglass separation effect. In the configuration of the glasses, characterized in that composed of the main glasses, the magnetic material is configured on one side of the main frame, and the magnetic frame is connected directly to the secondary glasses frame to open and close the secondary frame to one side of the corresponding eyeglass frame The present invention relates to eyeglasses having auxiliary glasses using the hinge function of a magnet that can be opened and used without being separated.

Description

Eyeglasses having auxiliary glasses, which are easily opened by a magnetic hinge}

The present invention not only facilitates the attachment and detachment of the auxiliary glasses according to the change of the surrounding environment and mood in the glasses such as sunglasses and magnifiers having the existing auxiliary glasses, Auxiliary glasses using the hinge function of the magnet to make a magnetic hinge that is easy to close and open by using a magnetic material on the eyeglass frame and to the magnetic eyeglass frame is formed on the upper side of the eyeglass frame. It relates to glasses having a.

The method mainly used in the existing glasses having auxiliary glasses consists of a magnet directly on the lug part of the eyeglass body by using a magnet and a magnet on one side of the auxiliary eyeglass that meets the male part of the eyeglass body. The eyeglasses having the auxiliary glasses configured to be easily detachable and the eyeglasses are configured to bend the nose legs of the auxiliary glasses, and then to the eyeglasses of the main body of the glasses to be fixed to the body glasses using a separate auxiliary glasses fixing means. Glasses with assistive glasses were common.

The applicant has also applied for a number of eyeglasses, and with reference to FIGS. 1 and 2, the technology of Patent Application Nos. 10-2001-0075081 and Utility Model Registration No. 266471,

Body glasses (G) having a body glasses eye joint (1) is configured to connect the uppermost part of the eyeglass frame (E) horizontally and the body magnet (1m) is inserted in the center,

To the secondary eyeglass eye joint (2) consisting of a horizontal side (2a) and a horizontal side (2a) and a folding side (2b) configured to protrude upwardly in the vertical direction, connecting the top of the auxiliary eyeball frame (e) horizontally. Attachment and detachment using a magnet, characterized in that it consists of a supplementary glasses (g) having an auxiliary glasses eye joint 2 formed by inserting the magnet (2m, 2m ') on the horizontal side (2a) and the bending side (2b) We have applied for glasses with auxiliary glasses that can be easily opened and closed, and the utility model has already been approved for technology evaluation.

The above techniques emphasize the role of a guide of the auxiliary fixing means by constructing eyeball connecting rods 1 and 2 without directly inserting magnets or the like into eye rims. Therefore, the secondary eyeglasses (g) to separate the secondary eyeglass eye joints (2) as a separate detachable means component, and also the main body glasses by attaching or detaching means to the eyeglass connection (1) corresponding to the removal or opening and closing of the secondary glasses Was made possible. Such a configuration has a limitation in the creation of a design in glasses that are complicated in the structure of the glasses and emphasizes aesthetics, and there is an urgent need for a technology that can completely accomplish the existing detachable or open / close operation while overcoming these problems.

Therefore, the present invention was devised to solve the above problems, and inserts a magnetic material into one side of the eyeglass frame (EYE RIM) of the body glasses to protrude, and opens the auxiliary glasses on the eyeglass frame of the corresponding auxiliary glasses. When it is closed, it consists of a magnetic hinge into which the magnetic material corresponding to the magnetic material composed of the eyeglass frame of the main body glasses is inserted. The technical problem of the present invention was to provide a pair of eyeglasses having auxiliary glasses using a hinge function of a magnet to allow the opening and closing of the magnet.

1 is a detailed configuration showing the transfer technology of the present invention

Figure 2 is a cross-sectional view when opening and closing showing the prior art of the present invention

3 is a perspective view showing a preferred embodiment of the present invention

Figure 4 is a side view and a cross-sectional view showing a preferred embodiment of the present invention

Figure 5 is a side view and a cross-sectional view showing a preferred embodiment of the present invention

6 is a state diagram showing a preferred embodiment of the present invention

7 is a side view and a cross-sectional view showing a preferred embodiment of the present invention

8 is a state diagram showing a preferred embodiment of the present invention

9 is a plan view showing a preferred embodiment of the present invention

10 is a plan view showing a preferred embodiment of the present invention

11 is a plan view and a front view showing a preferred embodiment of the present invention

■ Explanation of the major symbols used in the main parts of the drawings ■

10: body glasses 20: auxiliary glasses

11: main body glasses 21: eyeglasses legs

12 main body glasses eyeglasses 22 eyeglasses eyeglasses

13 main body magnetic insertion part 23: magnet hinge

13a: Body magnet insert top surface 23a: Magnet hinge closed side

13b: Bottom of main body magnetic insertion part 23b: Magnet hinge open side

13m: Main Body 23m: Closed Magnet

40: Kasa Ri 23m ': Open magnet

1 is a detailed configuration diagram showing a transfer technology of the present invention, Figure 2 is a cross-sectional view when opening and showing the transfer technology of the present applicant, Figure 3 is a perspective view showing a preferred embodiment of the present invention, Figure 4 Side view and a cross-sectional view showing a preferred embodiment of the present invention, Figure 5 is a side view and a cross-sectional view showing a preferred embodiment of the present invention, Figure 6 is a state diagram showing a preferred embodiment of the present invention, Figure 7 Side view and a cross-sectional view showing a preferred embodiment of the present invention, Figure 8 is a state diagram showing a preferred embodiment of the present invention, Figure 9 is a plan view showing a preferred embodiment of the present invention, Figure 10 is 11 is a plan view showing a preferred embodiment of the present invention, Figure 11 is a plan view and a front view showing a preferred embodiment of the present invention Described in detail the configuration and action of the glasses with the auxiliary eyeglasses using a hinge function of magnets of the subject innovation through,

When the glasses having the auxiliary glasses using the hinge function of the magnet of the present invention are explained by dividing the components of the main glasses 10 and the auxiliary glasses 20,

First, as shown in FIGS. 3, 4, 5, and 6, the main glasses may have magnetic materials inserted into the upper part of each of the two eyeballs in the basic eyeball 12 which is composed of only a common nose leg 11. When opening and closing the glasses, the body magnetic insertion portion 13 of horizontal projection type is formed inside the glasses by a predetermined length so as not to interfere with the eyeglasses of the body glasses, and the magnetic material is inserted into the bottom surface 13b and the top surface of the body magnetic insertion portion. With (13a), a magnetic force can be formed.

The main body magnet (13m) formed in the main body magnet insertion unit 13 is made to match the thickness of the main body magnet insertion unit 13 or a little smaller, so that the main body magnet (13m) is not exposed when viewed from the outside when wearing glasses To achieve this.

As mentioned above, in constructing the scanning means by using the magnetic material in the body glasses 10, rather than forming a separate detachable means to combine, but protruding to the shape of each of the existing main frame 12 It is configured to insert the magnetic material given.

As shown in Figs. 3 and 4, in the configuration of the auxiliary glasses 20, both of the eyeglass frames 22) of the auxiliary glasses 20 corresponding to the main body magnet insert 13 of the main glasses 10 are included. The magnet hinge portion 23 is formed by wrapping and bending the body magnet insertion portion 13 of the body glasses 10 corresponding to one side, and the auxiliary glasses 20 on the vertical portion of the body magnet insertion portion 13. The closing magnet (23m) is inserted into the closed hinge side (23a) which is configured to protrude horizontally from the), and the opening magnet (23m ') to the open hinge side (23b) formed by folding the body magnet inserting portion (13) This insert is constructed.

That is, the cross section of the magnet hinge portion 23 on the left and right sides of the auxiliary glasses 20 is configured to protrude to the inside of the glasses in a '┏' or '┓' type, and the glasses in the body glasses frame 10 into a bent space. The main body magnetic insertion part 13 which protrudes inward is correspondingly positioned.

Like the body glasses 10, each of the closing magnets 23m and the opening magnets 23m 'inserted into the magnet hinge portion 23 is similar to or slightly smaller than the thickness of the magnet hinge portion 23 so as not to protrude out. Magnetic material is inserted.

The magnetic material used in the above is a magnetic material having a magnetic force enough to maintain the open and closed state of the auxiliary glasses (20) by the force of the magnetic force at the time of mutual coupling, unless a predetermined external external force is applied. A magnetic material of a degree capable of sufficiently controlling the weight of the auxiliary glasses 20 is used so that the state of the auxiliary glasses 20 coupled to the body glasses 10 is not changed. Of course, the magnetic body may be inserted into both sides of the main body magnetic insertion part 13 and the magnet hinge part 23, or the magnetic material may be selectively configured on only one side, and the other side may be made of a metal material that reacts with the magnetic material.

When the front opening and closing state of the glasses having the auxiliary glasses using the hinge function of the magnet having the above configuration in detail,

With reference to FIG. 4, the closed eyeglass 20 is worn on the front face of the body glasses 10 in the closed part of the upper part of the eyeglass frame 12 of the body glasses 10 into which the body magnet 13m is inserted. A magnet which is configured to protrude from the upper surface 13a of the main body magnet portion 13 into which the main body magnet 13m is inserted and the eyepiece 22 of the auxiliary eyeglass 20 corresponding thereto is protruded toward the main eyeglasses. In the hinge portion 23, the closed magnet 23m inserted into the closed hinge side 23a, which is a part projecting horizontally into the glasses, reacts with the magnetic force of the upper surface 13a of the main body magnet insertion portion 13 by mutual magnetic force. When coupled to the auxiliary glasses 20 to maintain the closed state in the shape spanning the eyeglass frame 12 of the body glasses 10.

As shown in Figs. 5 and 6, when the auxiliary eyeglasses 20 are applied to the auxiliary eyeglasses 20 in a state in which the auxiliary eyeglasses 20 are closed in front of the main eyeglasses and are coupled, the main body magnet insertion part into which the main body magnets 13m are inserted is lifted. The upper hinge 13a of the upper surface 13a and the closed hinge side 23a of the magnet hinge portion 23 of the auxiliary eyeglass frame 22 are terminated by a force, and at the same time, the main body magnetic insertion portion 13 is closed. The open hinge side 23b, which is wrapped and folded, approaches the bottom surface 13b of the main body magnetic insertion part 13, and finally the main body magnet of the bottom surface 13b of the main body magnetic insertion part 13 of the main frame of the eyeglass frame 12. (13m) and the auxiliary eyeglasses 22, the auxiliary glasses 20 to the main body glasses 10 by the magnetic force of the opening magnet (23m ') constituted in the opening hinge side 23b of the magnet hinge portion 23 reacts. The open state is maintained upward. On the contrary, if the auxiliary glasses 20 are opened and the auxiliary glasses are lowered in the front direction of the main glasses 10, the closed magnet 23m is terminated by the force, and at the same time, the auxiliary glasses magnet hinge portion ( The closing hinge side 23a of 23 is approached by bending to the upper side 13a of the main body glasses 10 and the main body magnetic insertion part 13, and finally, the top side 1a of the main body main body cutting and inserting part 13 The main magnet (13m) and the auxiliary magnet magnet hinge portion 23, the closing magnet (23m) of the closed hinge side (23a) is coupled to maintain the closed state of the auxiliary glasses 20 in front of the main body glasses (10).

As described above, the auxiliary glasses of the present invention have various application structures. First, as shown in FIG. 7, the magnetic hinge portion 23 is formed on the lower side of the auxiliary glasses, and the lower portion of the corresponding body glasses is shown. The main body magnetic insertion unit 13 may be configured to change the opening and closing states of the auxiliary glasses and the main glasses, and as shown in FIG. The magnet hinge portion 23 is coupled to the main body magnet inserting portion 13 in each of the separate auxiliary glasses glasses frame to maintain the state of being individually closed and opened, and also when the open and closed state conversion as shown in FIG. In order not to interfere with the legs, the magnet hinge portion 23 of the auxiliary eyeglass frame and the corresponding body magnetic insertion portion 13 are arbitrarily configured on the side of the eyeglass frame so that various open state The will that could be done.

In addition, as shown in FIG. 10, when the main body magnet inserting portion 13 is formed in the main body glasses, the main body magnetic inserting portion is not attached to the main frame of the eyeglass frame but is formed in the part of the eyeglasses 40 or the nose leg 11. 13) can be configured to extend the length of the leg to the main frame without binding to the frame of the main frame, so that it can be configured to perform the same action, as shown in FIG. The branch 23 is extended to one side of the auxiliary frame in the shape of a long legs to be bound to the auxiliary eyeglass frame without binding to the desired eyeglass frame may be the same action.

Through the glasses having the auxiliary glasses using the hinge function of the magnet made of the method and configuration as described above, the opening and closing of the eyeglass frame itself in the configuration of the secondary glasses frame and the body glasses frame of the basic configuration without a separate detachable means It is possible to provide eyeglasses with easy assisted eyeglasses, and it is possible to overcome the limitations of design due to parts inevitably added due to functional problems in the eyewear industry where design is important. In addition, the weight can also be minimized, so the expected effect that can provide users with greater aesthetic satisfaction and convenience is a great design.

Claims (12)

In the constitution of glasses having ordinary auxiliary glasses, Body glasses (10) comprising the body magnet inserting portion (13) in the eyeglass frame (12), Eyeglasses having auxiliary glasses using the hinge function of the magnet, characterized in that the eyeglasses 22 of the auxiliary glasses composed of the auxiliary glasses 20 constituting the magnet hinge portion 23 corresponding thereto. The method of claim 1, The main body glasses 10 which constituted the main body magnetic insertion part 13 in the upper side of the main body eyeglasses 12, Glasses having auxiliary glasses using the hinge function of the magnet, characterized in that the magnet hinge portion 23 corresponding to the upper side of the eyeglasses 22 of the auxiliary glasses is configured. The method of claim 1, The auxiliary glasses 20 are glasses having auxiliary glasses using the hinge function of the magnet, characterized in that both eyeglass frames are separated and each magnet hinge portion 23 is constituted. The method of claim 1, The main body magnetic insertion part 13 is a glasses having an auxiliary glasses using the hinge function of the magnet, characterized in that the magnetic body is inserted horizontally so that the magnetic body can be inserted from one side of the main frame 12 The method of claim 1, The main body magnetic insertion part 13 has glasses having auxiliary glasses using the hinge function of the magnet, characterized in that it is selectively configured on one of both main frame frames. The method of claim 1, The main body magnetic insertion part 13 is not attached to the main frame of the eyeglass frame 10, but is formed by extending the rod shape in the eyeglass frame 40 and pulling it up to a position near the desired main frame of the eyeglass frame using a hinge function of the magnet. Glasses with assistive glasses The method of claim 1, The main body magnetic insertion part 13 is not configured to be attached to the main frame of the eyeglass frame 10, but is extended by a long bar shape in the corridor 11, the auxiliary function using the hinge function of the magnet, characterized in that it is configured to pull up to a position near the desired frame of the eyeglass frame Glasses with glasses The method of claim 1, The magnet hinge part 23 is a pair of glasses having an auxiliary eyeglass using the hinge function of the magnet, characterized in that it is composed of a closed hinge side 23a which is horizontally projected to the inside of the glasses and an open hinge side 23b which is bent and connected downward. The method of claim 1, The magnet hinge portion 23 is glasses having an auxiliary glasses using the hinge function of the magnet, characterized in that the corresponding configuration according to the configuration position of the main body magnetic insertion portion 13 of the main frame rim 12 The method of claim 1, The magnet hinge unit 23 is a secondary eyeglass using the hinge function of the magnet, characterized in that it is configured to pull up to a position near the desired secondary eyeglass frame by extending the rod-shaped long from the portion of the nose leg 21 of the auxiliary eyeglass without binding to the secondary eyeglass frame. Glasses with The method of claim 1, wherein The magnet hinge portion 23 is an eyeglass having an auxiliary glasses using the hinge function of the magnet, characterized in that it is composed of an oval shape surrounding the body magnet insertion portion 13 of the body glasses. The method of claim 1, The main body magnetic insertion part 13 and the magnet hinge part 23 are eyeglasses having auxiliary glasses using the hinge function of the magnet, characterized in that one side is composed of a magnetic material and a material bound to a single magnet.