TWM628201U - Screw-assembly-free spectacles structure - Google Patents

Abstract

This creation is about a screw-free eyeglass structure. The main purpose is to form an abutting section at the rear end of the connecting section on both sides of the frame, and a pivot section is formed at the rear end of the abutting section, so that the movable piece of the temple is formed. The front end of the body is bent to form a pivot hook that can be hooked and combined with the pivot hole, and the temple is formed with a top support on the outer edge of the corresponding movable piece. When the temple is unfolded, the pivot section is clamped between the movable piece and the top. Between the supporting parts, and the abutting convex part protruding from the front end of the top supporting part abuts against the abutting hole of the abutting section, when the temple is folded, the top supporting part is supported on the top supporting convex part of the pivoting section In addition, there is no need to use other tools in the assembly and combination of the temple and the frame, so that the temple and the frame can be pivotally combined, so that the assembly and combination process can be faster and easier, and in its overall implementation and use Those with more practical functions.

Description

Glasses structure without screw combination

This creation is about a structure of eyeglasses without screws, especially a kind of assembly combination of temples and frames, without using other tools, the temples and the frames can be pivotally combined, so that the assembly and combination process can be The innovative designer of the eyeglass structure is a screw-free combination that is faster and easier, and has more practical functions in its overall implementation and use.

According to statistics, in recent years, the ratio of myopia patients has increased year by year, and the age group has gradually declined, so that more and more people need to wear glasses to correct their vision. In addition, the strong sunlight outdoors can easily cause eye damage, and it is necessary to do outdoor activities. Wear sunglasses to prevent direct sunlight from shining on the eyes, and motorcycle riders and drivers who are running in the streets also need suitable glasses to protect their eyes, so glasses have become a necessities of life that people often use.

General glasses can be divided into myopia glasses for myopia, reading glasses for presbyopia, sunglasses for blocking the sun or for modeling, and goggles for eye protection at work, etc. In that respect, the basic structure is that the lens is assembled and fixed in the frame, and the temples are screwed and pivoted by screwing elements on both sides of the frame, so as to complete the assembly and combination of the glasses.

However, although the above-mentioned glasses can be worn by users to achieve the expected effect of correcting vision and protecting eyes, it is also found in the actual implementation and use process that the temples of the glasses are pivoted by screwing elements. On both sides of the mirror frame, in the process of pivoting and combining the mirror foot with the mirror frame, it is necessary to use tools to fix the screw element, which makes the assembly and combination of the mirror foot relatively inconvenient. If the tool is used, the temple cannot be assembled, so that there is still room for improvement in the overall structural design.

The reason is that in view of this, the creator, adhering to years of rich experience in design, development and actual production in the related industry, further researches and improves the existing technical means, and provides a screw-free combination of glasses structure, in order to achieve better practical value. target person.

The main purpose of this creation is to provide a screw-free eyeglass structure, which is mainly related to the assembly and combination of the temple and the frame, without using other tools, the temple and the frame can be pivotally combined, so that the assembly and combination process It can be more rapid and simple, and it has more practical efficacy characteristics in its overall implementation and use.

The main purpose and effect of the eyeglass structure of the screw-free combination are achieved by the following specific technical means: it mainly includes a mirror frame and temples; wherein: the mirror frame, its two sides are bent back to form a connecting section, the The rear end of the connecting section is inclined and bent inward to form an abutting section, and an abutting hole is opened in the middle of the abutting section. The rear end is extended with a pivoting section, a pivoting hole is formed through the pivoting section, and a top support convex portion is formed protrudingly above and below the end of the pivoting section; the temple is correspondingly arranged on the mirror frame On both sides, a movable piece is formed in the middle of the front end of the temple, and the front end of the movable piece corresponds to the pivot hole of the pivot section of the mirror frame to form a pivot hook portion that can be hooked and combined. A top support is formed corresponding to the outer edge of the movable piece. When the temples are unfolded, the pivoting section of the mirror frame is clamped between the movable piece and the top support. When the temples are folded, the top support The top support is outside the support convex portion of the pivoting section, and at the front end of the top support portion corresponding to the abutting hole of the abutting section of the mirror frame, a contact convex portion is protruded and formed to expand on the temple. , the abutting convex portion abuts in the abutting hole.

1: Frame

11: Connecting segment

12: Abutting segment

121: Abutment hole

13: Pivot section

131: Pivot hole

132: top support protrusion

2: Mirror feet

21: Activity sheet

211: Pivot hook

22: top support

221: Abutting the convex part

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

The second picture: the top-down combined cross-sectional structure diagram of this creation

Figure 3: Partially enlarged top-down cross-sectional structural diagram of this creation

Figure 4: Top view cross-sectional structure diagram of the temple in the folded state of this creation

Figure 5: Partially enlarged top-down cross-sectional structure view of the temples in the folded state of this creation

In order to make the technical content used in this creation, the purpose of creation and the effect achieved in this creation more completely and clearly disclosed, it is explained in detail below, and please refer to the disclosed drawings and drawing numbers together: First of all, please refer to the three-dimensional exploded structure diagram of the creation in the first picture, the top-view combined cross-sectional structure diagram of the second image, and the partially enlarged top-level cross-sectional structure diagram of the third image. This creation mainly includes: A mirror frame (1) and a mirror foot (2); wherein: the mirror frame (1), its two sides are bent backward to form a connecting section (11), and the rear end of the connecting section (11) is slanted and bent inward to form a contacting section (11). A section (12), an abutting hole (121) is formed in the middle of the abutting section (12), a pivoting section (13) is extended at the rear end of the abutting section (12), and the pivoting section (13) penetrates through A pivot hole (131) is opened, and a top support protrusion (132) is formed protrudingly above and below the end of the pivot section (13).

The temples (2) are correspondingly arranged on both sides of the mirror frame (1), a movable body (21) is formed in the middle of the front end of the temple (2), and the front end of the movable body (21) corresponds to the mirror frame (1). The pivot hole (131) of the pivot section (13) of the ) is bent to form a pivot hook (211) that can be hooked and combined, and the temple (2) corresponds to the outer edge of the movable body (21). A top support portion (22) is formed, and at the front end of the top support portion (22), an abutment convex portion ( 221).

In this way, when the present invention is assembled and used, the movable body (21) of the temple (2) can correspond to the inner side of the pivot section (13) of the mirror frame (1), so that the movable body (21) of the temple (2) can be moved The pivot hook portion (211) of the sheet body (21) is hooked and combined with the pivot hole (131) of the pivot portion (13), and at the same time the top support portion (22) of the temple (2) is connected Abutting against the outside of the pivoting section (13) of the mirror frame (1), so that the pivoting section (13) of the mirror frame (1) is clamped to the movable body (21) of the temple (2) Between the top support portion (22), the temples (2) are in an unfolded state on both sides of the mirror frame (1). At this time, the front end of the top support portion (22) is located exactly on the side of the mirror frame (1). abutting segment (12) outside, and the abutting protrusion (221) formed by protruding from the front end of the top support portion (22) abuts against the abutting hole (121) of the abutting section (12) to prevent the The mirror feet (2) fall off due to the too large expansion angle.

Please also refer to the top sectional structure diagram of the temple in the folded state in the fourth picture and the partially enlarged top sectional structure diagram of the temple in the folded state of the fifth picture. (2) When folded, the temple (2) can be directly folded in the direction of the mirror frame (1), so that the temple (2) can be folded with the pivot hook of the movable body (21). (211) The pivot hole (131) combined with the pivot section (13) is pivotally rotated, so that the temple (2) can be folded, and the temple (2) can be retracted. After folding, the top support portion (22) of the temple (2) is just supported outside the top support convex portion (132) of the pivot section (13) of the mirror frame (1), so that when the During the unfolding and use of the temple (2), the mutual support between the top support portion (22) and the top support convex portion (132) has an elastic top support function, so that the temple (2) can be more elastically supported. Easy to expand and use.

From the above, the composition of the structure of this creation and the description of its use, it can be seen that, compared with the existing structure, this creation is mainly based on the assembly and combination of the temple and the frame, without the use of other tools, it can be The temples and the mirror frame are pivotally combined, so that the assembly and combination process can be quicker and easier, and the overall implementation and use of the temples are more practical.

The foregoing embodiments or drawings do not limit the structure of the present creation, and any appropriate changes or modifications made by those with ordinary knowledge in the technical field should be regarded as not departing from the patent scope of the present creation.

To sum up, this creative embodiment can indeed achieve the expected use effect, and the specific structure disclosed is not only not seen in similar products, but also not disclosed before the application, which fully complies with the provisions and requirements of the patent law. , to file an application for a new type of patent in accordance with the law, and I urge you to review it and grant the patent.

1: Frame

11: Connecting segment

12: Abutting segment

121: Abutment hole

13: Pivot section

131: Pivot hole

132: top support protrusion

2: Mirror feet

21: Activity sheet

211: Pivot hook

22: top support

221: Abutting the convex part

Claims (1)

A spectacles structure without screw combination, which mainly includes a spectacle frame and temples; wherein: the spectacle frame, its two sides are bent backward to form a connecting section, and the rear end of the connecting section is inclined and bent inward to form an abutting section, An abutting hole is formed in the middle of the abutting section, a pivoting section is formed extending at the rear end of the abutting section, a pivoting hole is formed through the pivoting section, and the upper and lower ends of the pivoting section are protrudingly formed. There is a top supporting convex part; the temple is correspondingly arranged on both sides of the mirror frame, and a movable piece is formed in the middle position of the front end of the temple, and the front end of the movable piece corresponds to the pivot hole of the pivot section of the mirror frame. A pivot hook portion that can be hooked and combined is formed by folding, and a top support portion is formed on the outer edge of the temple corresponding to the movable body. When the temple is unfolded, the pivot section of the mirror frame is clamped between the movable body and the movable body. Between the top support parts, when the temples are folded, the top support part is supported outside the top support convex part of the pivot section, and the front end of the top support part corresponds to the abutment of the abutting section of the mirror frame An abutting convex portion is formed on the abutment hole, so that when the temple is unfolded, the abutting convex portion abuts against the abutting hole.

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