TWM595770U - Glasses foot and frame combination structure - Google Patents

Abstract

This creation is about a combined structure of temple and frame, which is mainly provided with assembly parts on both sides of the frame. The upper and lower ends of the assembly part are bent inwards to form upper and lower assembly pieces. Corresponding upper and lower sets of contact holes are provided in the lower set of connecting pieces. The upper and lower sets of connecting holes are provided with pivot shafts. The upper and lower ends of the pivot shaft are respectively provided with upper and lower concave ring grooves. The lower ends correspond to the upper and lower sets of connecting pieces bent inwardly to form upper and lower pivot pieces, and corresponding upper and lower hook sections are formed on the upper and lower pivot pieces, and the upper and lower hook sections are respectively hooked On the pivot shaft and in the recessed ring groove; thereby, when combining the mounting of the temple and the frame, there is no need to use other tools for assembly and combination work, which is not only easier and more convenient, but also relatively It shortens the man-hours it spends, and at the same time, it has excellent positioning effect when used and stored, so that the temples will not sway and sway at will, and it is more effective in its overall application. .

Description

Mirror foot and frame combination structure

This creation is about a combination structure of temple and frame, especially when it is combined with the combination of temple and frame, there is no need to use other tools for assembly and combination. It is not only easier and more convenient, but also relatively capable. It shortens the man-hours spent, and at the same time, it has an excellent positioning effect when used and stored, so that the temples will not sway and oscillate randomly, and the utility of the overall application is more effective. Innovative designer of the combined structure of temple and frame.

In recent years, the ratio of myopia has increased in recent years and the age group has declined. Therefore, more and more people need to wear glasses to correct their eyesight. In addition, strong sunlight outdoors can cause eye damage. You need to wear sunglasses when doing outdoor activities. To prevent the strong light from directly illuminating the eyes, locomotive riders and drivers who ride in the streets need proper glasses to protect their eyes. Therefore, regardless of adults, children or people with visual impairments, it is inevitable to wear glasses at home or when going out, so glasses have become a daily necessity for people to use.

In general, the common glasses are designed for the combined structure of the temples and the frame. Please refer to the existing structural diagram shown in Figure 8. It is provided with screw holes on the assembly parts (41) on both sides of the frame (4). 411), after the mirror pin (42) corresponds to the screw hole (411) with the pivot hole (422) of the pivot portion (421), then the screw hole (411) is threaded through the screw hole (411) 411) Screwing and pivoting with the pivoting hole (422), so that the lens base (42) and the lens frame (4) are pivotally combined and fixed.

However, although the aforementioned types of glasses can achieve various expected effects such as correcting eyesight and protecting eyes, they have also been found in their overall practical use. All types of glasses need to be combined in the combination of their frame and temples. Separately, the screw frame is used to screw and pivot the frame and the temple with screw fixing elements, and the size of the screw fixing element is generally small, which requires more precise operation to smoothly assemble, not only causing it to be combined in the assembly This is extremely inconvenient, and it also takes more time compared to its combination, so that there is still room for improvement in the overall structural design.

The reason is that in view of this, the creators have maintained many years of rich experience in design and development and actual production in the related industry, researched and improved on the existing deficiencies, and provided a combined structure of temples and frames, in order to achieve the purpose of better practical value .

The main purpose of this creation is to provide a combined structure of temples and frames, which is mainly used when the combination of temples and frames does not require additional tools for assembly and combination operations, which is not only easier and more convenient, but also relatively It can shorten the man-hours it spends, and at the same time, it has an excellent positioning effect when used and stored, so that the temples will not sway and sway randomly, and the utility of the overall application is more effective. By.

The main purpose and function of the combined structure of the temple and the frame of this creation are achieved by the following specific technical means:

It mainly includes insole body, front anti-slip gasket, intermediate anti-slip gasket and rear anti-slip gasket; among them:

Its main parts include the frame, assembly part and temple; among them:

The frame is provided with assembly parts on both sides;

In the assembly part, upper and lower ends are bent inwardly to form an upper group connection piece and a lower group connection piece, and the upper group connection piece and the lower group connection piece are provided with corresponding upper group connection holes and lower groups The connecting hole is additionally provided with a pivot shaft in the upper group of contact holes and the lower group of contact holes, and the upper and lower ends of the pivot shaft are respectively provided with an upper concave ring groove and a lower concave ring groove;

In the temple, the upper and lower ends of the upper and lower ends corresponding to the connecting portion are bent inward to form an upper pivot piece and a lower pivot piece, and the upper pivot piece and The lower pivot piece is formed with a corresponding upper hook section and a lower hook section, the upper hook section is hooked in the upper concave ring groove of the pivot shaft, and the lower hook section is hooked in the lower concave ring groove .

In the preferred embodiment of the combined structure of the creation temple and the frame, the assembly part is integrally formed with the frame.

In the preferred embodiment of the combined structure of the creation temple and the frame, the assembly part is fixed on both sides of the frame.

In the preferred embodiment of the combination structure of the creation temple and the frame, the assembly part is made of metal material.

A preferred embodiment of the combined structure of the temple and the frame of the present invention, wherein the outer end of the grouping portion corresponds to an inwardly bent reinforcing piece formed between the upper piece and the lower piece, and the reinforced piece supports Leaning between the upper set of tabs and the lower set of tabs.

According to a preferred embodiment of the combined structure of the temple and the frame, the upper end of the pivoting shaft of the connecting portion is formed with abutting flanges for abutting against the outside of the upper connecting hole to prevent falling.

The preferred embodiment of the combined structure of the creation temple and the frame, wherein the temple is made of metal material.

According to a preferred embodiment of the combined structure of the creation temple and the frame, the temple corresponds to an elastic top support piece formed between the upper pivot piece and the lower pivot piece.

In order to provide a more complete and clear disclosure of the technical content used in this creation, the purpose of the creation and the effect achieved, please refer to the detailed description below, and please refer to the drawings and figures disclosed:

First of all, please refer to the schematic diagram of the three-dimensional exploded structure of the creation in the first picture. This creation mainly includes a frame (1), an assembly part (2) and a temple (3); among them:

The frame (1) is provided with assembly parts (2) on both sides, the assembly part (2) can be integrally formed with the frame (1), or the assembly part (2) can be fixed to the assembly Both sides of the frame (1).

The assembling part (2) is made of metal material, and upper and lower ends of the assembling part (2) are bent inward to form an upper assembling piece (21) and a lower assembling piece (22). The upper group connecting piece (21) and the lower group connecting piece (22) are provided with corresponding upper group connecting holes (211) and lower group connecting holes (221), and correspond to the outer ends of the group connecting part (2) A reinforcing section (23) is formed inwardly bent between the upper group connecting piece (21) and the lower group connecting piece (22), so as to support the upper group connecting piece (21) by using the reinforcing section (23) And the lower set of contacts (22), to prevent bending and deformation of the upper set of contacts (21) and the lower set of contacts (22), and the upper set of contact holes (211) and the A pivot shaft (24) is penetrated in the lower group connecting hole (221), the upper end of the pivot shaft (24) is formed with an abutment flange (241), and the upper and lower ends of the pivot shaft (24) are respectively recessed An upper concave ring groove (242) and a lower concave ring groove (243) are provided to use the abutting flange (241) to abut the outer assembly hole (211) to prevent falling.

The temple (3) is made of metal material, so that the upper and lower ends of the temple (3) correspond to the upper group connection piece (21) and the lower group connection piece (22) of the assembly part (2) Inwardly bent, an upper pivot piece (31) and a lower pivot piece (32) are formed, and corresponding upper hook segments (311) are formed on the upper pivot piece (31) and the lower pivot piece (32) ) And the lower hook section (321), and an elastic top supporting piece (33) is formed between the upper pivot piece (31) and the lower pivot piece (32) corresponding to the temple (3).

In this way, please also refer to the schematic diagram of the top view of the combination of the creation of the second picture and the cross-sectional structure diagram of the combination of the creation of the third picture, so that when the creation is combined, it is the pivot The connecting shaft (24) passes through the upper and lower group connecting holes (211) and (221) of the upper and lower group connecting pieces (21) and (22) of the group connecting part (2), and makes the The temple (3) uses the upper and lower hook sections (311) and (321) of the upper and lower pivot pieces (31) and (32) to hook and couple with the pivot shaft (24). The upper hook section ( 311) hooked in the upper concave ring groove (242) of the pivot shaft (24), the lower hook segment (321) is hooked in the lower concave ring groove (243), so that the temple (3) The pivot shaft (24) of the assembly part (2) is indeed pivotally combined with the frame (1) without falling off, and the upper and lower assembly pieces (21) and (22) have The external expansion force can be firmly clamped between the upper and lower pivot pieces (31), (32), and the temple (3) corresponds to the upper pivot piece (31) and the lower pivot piece ( 32) The elastic supporting piece (33) is formed between the elastic supporting pieces (33), and the elastic supporting piece (33) can be pressed on the outside of the connecting portion (2), so that the temple (3) will not sway randomly , The swing situation.

When the creation is not in use, the upper and lower hook sections (311), (321) of the temple (3) and the pivot shaft (24) can be set as the axis of the joint, and the frame (1) The temples pivotally combined on both sides (3) Fold inwards [Please refer to the three-dimensional structure diagram of the folding action created in the fourth picture and the top structure of the folding action created in the fifth picture. Schematic diagram], when the two temples (3) are fully folded and folded, it can be conveniently stored, and because the temples (3) correspond to the upper pivot piece (31) and the lower pivot piece The elastic top support piece (33) is formed between (32), and the elastic top support piece (33) is pressed against the outer end of the connecting portion (2) [Please refer to the sixth drawing for the creation of the book The schematic diagram of the three-dimensional structure of the folding action and the seventh structural diagram of the folding action created in the top view are shown], which can prevent the mirror foot (3) from unfolding and swinging at will, and it is more convenient for storage.

Based on the above, the use and implementation description of this creation shows that compared with the existing technical means, this creation mainly has the following advantages:

1. When the combination of the temple and the frame is combined, the temple directly uses the upper and lower hook sections to hook up with the pivot axis, so that the temple is indeed combined with the pivot of the frame and does not fall off. It is necessary to use other tools for assembly and combination work, which not only can be more simple and convenient, but also can relatively shorten the man-hours spent.

2. In this creation, the upper and lower group joints of the assembly part have external expansion force, which can be firmly clamped on the temple and between the lower pivot joints, and the elastic top support of the temple is pressed on the assembly The part has an excellent positioning effect, so that the temple will not sway or swing randomly, and it is more effective in its overall implementation.

The foregoing embodiments or drawings do not limit the structure of this creation, and any appropriate changes or modifications of those with ordinary knowledge in the technical field should be deemed not to deviate from the patent scope of this creation.

In summary, this creative embodiment can achieve the expected use effect, and the specific structure disclosed by it has not only not been seen in similar products, nor has it been disclosed before the application, and has fully met the requirements and requirements of the Patent Law , I filed an application for a new type of patent in accordance with the law, and pleaded for the review and granted the patent.

1: Frame

2: Assembling Department

21: Upper group connection

211: Upper group connection hole

22: The next set of splices

221: Lower group of holes

23: Reinforcement

24: pivot axis

241: against flange

242: Upper concave ring groove

243: recessed ring groove

3: temple

31: Upper pivot piece

311: Upper hook section

32: Lower pivot piece

321: Lower hook section

33: Elastic top brace

4: Frame

41: Assembling Department

411: screw hole

42: temple

421: pivot

422: pivot hole

43: Screwed components

The first picture: the three-dimensional decomposition structure diagram of this creation

Picture 2: The top view of the composition of this creation

Third figure: Schematic diagram of the cross-sectional structure of the combination of this creation

Figure 4: Three-dimensional structure diagram of the folding action of this creation

Fifth picture: Schematic diagram of the top structure of the folding action of this creation

Figure 6: Three-dimensional structure diagram of the folding action of this creation

Figure 7: Schematic diagram of the top structure of the folding action of this creation

Figure 8: Existing structure diagram

1: Frame

2: Assembling Department

21: Upper group connection

211: Upper group connection hole

22: The next set of splices

221: Lower group of holes

23: Reinforcement

24: pivot axis

241: against flange

242: Upper concave ring groove

243: recessed ring groove

3: temple

31: Upper pivot piece

311: Upper hook section

32: Lower pivot piece

321: Lower hook section

33: Elastic top brace

Claims (8)

A combined structure of temple and mirror frame, which mainly includes mirror frame, assembly part and temple; among them: The frame is provided with assembly parts on both sides; In the assembly part, upper and lower ends are bent inwardly to form an upper group connection piece and a lower group connection piece, and the upper group connection piece and the lower group connection piece are provided with corresponding upper group connection holes and lower groups The connecting hole is additionally provided with a pivot shaft in the upper group of contact holes and the lower group of contact holes, and the upper and lower ends of the pivot shaft are respectively provided with an upper concave ring groove and a lower concave ring groove; In the temple, the upper and lower ends of the upper and lower ends corresponding to the connecting portion are bent inward to form an upper pivot piece and a lower pivot piece, and the upper pivot piece and The lower pivot piece is formed with a corresponding upper hook section and a lower hook section, the upper hook section is hooked in the upper concave ring groove of the pivot shaft, and the lower hook section is hooked in the lower concave ring groove . The combined structure of the temple and the frame as described in claim 1, wherein the assembly portion is integrally formed with the frame. The combined structure of the temple and the frame as claimed in claim 1, wherein the assembly portion is fixed on both sides of the frame. The combined structure of the temple and the frame as claimed in claim 1, wherein the connecting portion is made of metal material. The combined structure of the temple and the frame as claimed in claim 1, wherein the outer end of the grouping portion corresponds to an inward bending between the upper grouping piece and the lower grouping piece to form a reinforcing section, and the reinforcing section supports against Between the upper set of tabs and the lower set of tabs. The combined structure of the temple and the lens frame according to claim 1, wherein the upper end of the pivoting shaft of the assembly portion is formed with abutting flange for abutting against the outside of the upper assembly hole to prevent falling. The combined structure of the temple and the frame according to claim 1, wherein the temple is made of metal material. The combined structure of the temple and the frame according to claim 1, wherein the temple corresponds to an elastic top support piece formed between the upper pivot piece and the lower pivot piece.

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