TWM638814U - Assembly structure of eyeglasses - Google Patents

Abstract

This creation is about a combination structure of glasses, which mainly bends both ends of the frame to form a connecting section, and forms a slit in the middle of the connecting section, so that the lens assembly part of the frame can be opened for use by the slit. Assemble the lens, and at the end of the connecting section, connect with the connecting section to install a plug-in piece, so that the clamping piece is fixed with the sleeve hole and the connecting section, and the shaft is sleeved in the ring groove of the front end ring body of the mirror foot, on the shaft The side edge of the piece is recessed corresponding to the latch piece to form a socket slot for the latch combination. There is a gap on the side facing the face at the junction of the ring body and the mirror leg, and a corresponding connection is made on the side of the ring body facing the face. The section is provided with a movable slot connected to the notch; by this, it is not only convenient for installing and replacing the lens, but also can be directly inserted and combined regardless of whether it is for installing the lens or the mirror foot, and does not need to be assembled with other tools The combination operation can be more simple and convenient in its overall assembly and combination, and can relatively shorten the man-hours spent on it, and increase the practical function characteristics in its overall implementation and use.

Description

Glasses Combination Structure

This creation is about a combination structure of glasses, especially a kind of glasses that can not only be used for convenient installation and replacement of lenses, but also can be directly inserted and combined regardless of whether it is for installing lenses or mirror feet, without the need for additional tools for assembly. It is an innovative designer of glasses combination structure that can make the combination work easier and more convenient in its overall assembly and combination, and can relatively shorten the man-hours it takes, and has more practical and functional characteristics in its overall implementation and use.

Press, in recent years, due to the development of 3C products such as computers and mobile phones, the proportion of myopia has increased year by year and the age group has declined, resulting in more and more people who need to wear optical glasses to correct their vision. When doing outdoor activities, you need to wear sunglasses to prevent strong light from directly shining on your eyes, and motorcycle riders and drivers who run in the streets and alleys also need suitable glasses to protect their eyes. So no matter adults, children or people with or without visual impairment, it is inevitable to wear glasses at home or when going out, so glasses have become a daily necessities that people often use.

In general, the common glasses on the market, no matter what kind of application they are used for, the basic structure is to include a frame and temples, lenses are assembled in the frame, and pivot joints are arranged on the frame and temples. Then pass through the two pivotal parts through the screw fixing element, and then connect the temples to the corresponding The hinge is combined on the frame to complete the assembly and combination of the glasses.

However, although the above-mentioned various types of glasses can achieve various established expected effects such as vision correction and eye protection, it is also found in the overall actual implementation and use that all types of glasses need to be combined in the combination of their frames and temples. In addition, screwing tools are used to screw the frame and the mirror feet together with screw fixing elements, and the size of the screw fixing elements is generally small, requiring more precise operations to assemble smoothly, which not only causes problems in the assembly and combination It is very inconvenient, and it takes more time to assemble and combine, and if the screw fastening element is loose, it is more likely to be lost, so there is still room for improvement in its overall structural design space.

The reason is that, in view of this, the creator has been adhering to years of rich experience in design, development and actual production in this related industry, researched and improved the existing structure and defects, and provided a combination structure of glasses in order to achieve better practical value.

The main purpose of this creation is to provide a combination structure of glasses, which is not only convenient for the installation and replacement of lenses, but also can be directly inserted and combined regardless of the installation of lenses or mirror feet, without the need for other tools. The assembly and combination operation can be more simple and convenient in the overall assembly and combination, and can relatively shorten the man-hours spent on it, and increase the practical function in the overall implementation and use.

The main purpose and effect of this creative glasses combination structure are achieved by the following specific technical means: It mainly includes a mirror frame, two clips, two shafts and two temples; wherein: the mirror frame has lens assembly parts formed on both sides, and a connecting section is formed by bending and extending at both ends of the mirror frame, A split groove is formed in the middle of the connecting section, and the split groove is extended along the length of the connecting section into the lens assembly part, so that the lens assembly part can be opened by using the split groove for assembling a lens. The end of the section is connected with a connecting section to be provided with an inserting piece; the clip is formed with a sleeve hole, so that the clip is fixed with the sleeve of the connecting section of the mirror frame through the sleeve hole; the shaft, its side edge The latch piece corresponding to the mirror frame is recessed to form a slot for interlocking coupling; the mirror foot has a ring body formed at its front end, and a ring groove that can be fitted is formed in the ring body corresponding to the shaft member. A notch is opened at the joint between the ring body and the mirror pin facing one side of the human face, and a movable groove that is conductively connected with the notch is opened at the connecting section of the ring body facing the human face at the side of the ring body corresponding to the mirror frame.

In a preferred embodiment of the combined structure of the spectacles of the present invention, the upper and lower sides of the split groove are formed with an upper and a lower locking part that can be matched with the locking and positioning.

In the preferred embodiment of the combined structure of glasses in the present invention, the shaft is in the shape of a cylinder.

In a preferred embodiment of the combined structure of glasses in this invention, the mirror frame is provided with a positioning protrusion protruding from the outer end of the latch piece, and the shaft member is positioned in the latch slot corresponding to the positioning projection. The convex portion is formed with a positioning hole for the interlocking latch positioning.

1: frame

11: Lens assembly department

12: Cohesion section

13: Grooving

131: upper embedded part

132: Lower latching part

14: link segment

15: Insert the latch

151: positioning convex part

2: Clips

21: Set hole

3: Shaft

31: Insert switch

311: positioning hole

4: mirror feet

41: ring body

411: Gap

412: activity slot

42: ring groove

Figure 1: Schematic diagram of the three-dimensional decomposition structure of this creation

Figure 2: Schematic diagram of the three-dimensional combined action of this creation

Figure 3: Schematic diagram of partially enlarged three-dimensional combination structure of this creation

Figure 4: Schematic diagram of the three-dimensional structure of this creation in use

Figure 5: Schematic diagram of the partially enlarged three-dimensional structure of this creation in use

Figure 6: Schematic diagram of partially enlarged three-dimensional section structure of this creation in use

In order to have a more complete and clear disclosure of the technical content used in this creation, the purpose of creation and the effect achieved, it is described in detail below, and please refer to the disclosed diagrams and figure numbers: First, please refer to As shown in the three-dimensional exploded structure schematic diagram of the first picture, this creation mainly includes a mirror frame (1), two clips (2), two shafts (3) and two temples (4); among them: the mirror frame (1), it is formed with lens assembly parts (11) on both sides, and both ends of the frame (1) are bent and extended to form a joint section (12), and a joint section (12) is formed in the middle of the joint section (12). split groove (13), and make the split groove (13) extend into the lens assembly part (11) along the length of the connecting section (12), so that the lens assembly part (11) can be Open and offer Assembled with lenses, an upper and lower locking part (131) and a lower locking part (132) are formed on the top and bottom of the split groove (13). The connecting section (14) is connected with a latching piece (15), and a positioning protrusion (151) is protruded from the outer end of the latching piece (15).

The clip (2) is formed with a sleeve hole (21), so that the clip (2) is combined and fixed with the sleeve hole (21) and the connecting section (12) of the mirror frame (1).

The shaft (3) is cylindrical, and the side edge of the shaft (3) corresponds to the latch piece (15) of the mirror frame (1) and is recessed to form a latch groove (31). A positioning hole (311) is formed in the catch groove (31) corresponding to the positioning protrusion (151).

This temple (4), its front end is formed with annulus (41), and this annulus (41) is formed with the annular groove (42) that can be matched with this shaft (3), in this annulus (41) ) is provided with a gap (411) at the junction of the mirror foot (4) towards the side of the face, and the side of the ring body (41) facing the face corresponds to the connecting section (14) of the mirror frame (1) A movable groove (412) conductively connected with the notch (411) is opened.

In this way, when this creation is assembled and combined, please refer to the second figure for the three-dimensional combination action schematic diagram of this creation, which is assembled in the lens assembly part (11) of the mirror frame (1). The lens, and make the connecting section (12) concentrate on the split groove (13) to press the lens, so that the lens assembly part (11) clamps and fixes the lens tightly. At this time, the split groove (13) goes up and down The formed upper latching part (131) and the lower latching part (132) can be latched and combined to achieve a better combination and positioning effect, so that the clip (2) can be connected with the sleeve hole (21) Engagement section (12) catches combination and is fixed, promptly makes this eyeglass be installed in this eyeglass assembly part (11) without fall off, and set the shaft (3) in the ring groove (42) of the ring body (41) of the temple (4), so that the latch groove (31) of the shaft (3) faces At the notch (411) of the ring body (41), slightly apply force to the mirror foot (4) in the direction of the mirror frame (1) to press the trigger piece (15) of the mirror frame (1) by The notch (411) of the ring body (41) is inserted into the slot (31) of the shaft (3), at this time, the positioning formed by the protrusion of the outer end of the latch piece (15) The protrusion (151) can just be inserted into the positioning hole (311) of the latch slot (31) for positioning, and the mirror frame (1) is connected to the connecting section (12) and the latch piece (15) at the same time. The connecting section (14) between them is just located in the movable groove (412) of the ring body (41), so as to prevent the shaft (3) from loosening during long-term rotation and falling off from the ring groove (42). And then can make this picture frame (1) utilize this axle part (3) and this mirror foot (4) to be pivotally set and combine (please refer to the partial enlarged three-dimensional combined structural schematic diagram of the creation of the third drawing again).

Please also refer to the three-dimensional structure schematic diagram of the fourth picture in use, the partially enlarged three-dimensional structure diagram of the fifth picture in use, and the partially enlarged three-dimensional structure diagram of the sixth picture in use. When the user wants to wear glasses, the two temples (4) can be unfolded outwards, and at this time, the latch (15) of the mirror frame (1) will pull the shaft (3) in the ring groove (42), and the mirror frame (1) is connected to the connecting section (14) between the connecting section (12) and the latch piece (15) to be in the movable groove of the ring body (41). (412) moves inwardly, reaches and allows two this temples (4) to fully unfold on this mirror frame (1) both sides for the user to wear.

From the above, it can be seen from the implementation instructions of this creation that, compared with the existing technical means, this creation is mainly not only for convenient installation and replacement of lenses, Regardless of whether it is for the installation of lenses or temples, they are directly combined by plugging in, and no other tools are required for assembly and combination operations. The overall assembly and combination can be more simple and convenient, and the cost can be relatively shortened. Man-hours, and more practical and functional features in its overall implementation and use.

The aforementioned embodiments or diagrams do not limit the structure of this creation, and any appropriate changes or modifications by those with ordinary knowledge in the technical field shall be deemed as not departing from the patent scope of this creation.

To sum up, the embodiment of this creation can indeed achieve the expected use effect, and the specific structure disclosed by it has not only never been seen in similar products, nor has it been disclosed before the application, and it has fully complied with the provisions and requirements of the patent law. , Yuan filed an application for a new type patent in accordance with the law, and I sincerely appreciate the convenience of reviewing and granting the patent.

1: frame

11: Lens assembly department

12: Cohesion section

13: Grooving

131: upper embedded part

132: Lower latching part

14: link segment

15: Insert the latch

151: positioning convex part

2: Clips

21: Set hole

3: Shaft

31: Insert switch

311: positioning hole

4: mirror feet

41: ring body

411: Gap

412: activity slot

42: ring groove

Claims (4)

A combination structure for glasses, which mainly includes a frame, two clips, two shafts, and two temples; wherein: the frame has lens assembly parts formed on both sides, and both ends of the frame are bent and extended A connecting section is formed, a split groove is formed in the middle of the connecting section, and the split groove is extended along the length of the connecting section into the lens assembly part, so that the lens assembly part can be opened by using the split groove for assembling the lens In addition, an inserting piece is connected with a connecting section at the end of the connecting section; the clip is formed with a sleeve hole, so that the clamping piece can be combined and fixed with the connecting section of the mirror frame through the sleeve hole; the shaft The side edge of the mirror frame is recessed corresponding to the latching piece of the frame to form a latching slot for interlocking engagement; the front end of the mirror foot is formed with a ring, and the ring is formed with a ring that can fit into the shaft. There is a notch on the side of the ring body facing the face at the junction of the ring body and the mirror leg, and a connection section that is conductively connected to the notch is opened on the side of the ring body facing the face that corresponds to the connecting section of the mirror frame. Activity slot. The combined structure of glasses as claimed in Claim 1, wherein, the upper and lower sides of the split groove are formed with an upper locking part and a lower locking part that can cooperate with locking and positioning. The combined structure of spectacles as claimed in claim 1, wherein the shaft is in the shape of a cylinder. As described in claim 1, the combined structure of spectacles, wherein, the frame is provided with a positioning protrusion protruding from the outer end of the latch piece, and the shaft is corresponding to the positioning projection in the latch slot. The position convex part is formed with the positioning hole for interlocking positioning.

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