TWM597878U - TPR glasses structure - Google Patents

Abstract

This creation is about a TPR spectacles structure, which is mainly formed on the lower edge of the monolithic lens with a nose bridge formed upwards, and pivoted parts are formed on both sides of the lens, so that the cushion body is a thermoplastic rubber elastomer Made of [Thermoplastic Rubber, TPR] material, an upper frame is formed at the upper end of the cushion body corresponding to the upper edge of the lens, and a nose pad is formed at the lower end corresponding to the bridge of the nose, so that the upper frame and the nose pad are connected by a connecting section. The cushion body is integrally molded and shot to cover the lens, so that the upper frame part is combined with the upper edge of the lens, and the nose pad is combined with the bridge of the nose, so that the hinge part of the front edge of the temple and the pivot part of the lens are combined Pivot combination; this makes it not only easier in the overall structure composition, can reduce the overall weight, but also in assembly and combination can be more convenient and fast, and the overall appearance can be more beautiful and visual, at the same time In the process of wearing and use by the user, it can have more anti-skid and comfortable effects, and it can be more practical and functional in its overall application.

Description

TPR glasses structure

This creation is about a kind of TPR glasses structure, in particular, it refers to a kind of TPR glasses that is not only simpler in the overall structure composition, can reduce the overall weight, but also can be more convenient and fast in assembly and combination, and has a better overall appearance. It is an innovative designer of TPR glasses structure that has beautiful visual sense, and can be more anti-skid and comfortable during the wear and use of the user, and has more practical and functional characteristics in its overall implementation.

According to the fact that in recent years, due to the rapid development of 3C products, it has become popular in people’s daily lives, and as a result, the rate of myopia has increased and the age group has decreased. Therefore, more and more people need to wear glasses to correct their vision. Strong outdoor sunlight can easily cause eye damage. When doing outdoor activities, you need to wear sunglasses to prevent the strong light from directly irradiating your eyes. Motorcyclists and drivers running in the streets and lanes also need suitable glasses to protect their eyes. At work, you often need to wear goggles to protect your eyes; therefore, regardless of whether adults, children, or people with visual impairments, at home, going out or at work, they must wear glasses. Therefore, glasses have become frequently used by people. A necessities of life.

Among them, as for the common glasses, they are equipped with corresponding lens assembly holes on both sides of the frame. The outer side of the lens assembly holes is formed with a locking end that needs to be screwed and fixed with a screw element, so that the lens After grinding into the corresponding lens assembly hole, set the lens into the lens assembly hole, and screw the locking end with a screw element on the outside of the lens assembly hole, so that the lens can be firmly fixed in the lens assembly The hole does not fall off, and corresponding mirror feet are pivoted on both sides of the frame, so that users can wear glasses to achieve various purposes such as vision correction and eye protection.

However, although the above-mentioned kinds of glasses can achieve various expected effects such as correcting vision and protecting eyes, they have also been found in their overall practical application that the frames of all kinds of glasses need to be provided with corresponding lens assembly holes on both sides. For the lens cover, and after the lens cover is inserted into the lens assembly hole, the locking end needs to be screwed and fixed with the screw fixing element, which makes the glasses not only complicated in the overall structure, but also leads to its assembly The combination is also more troublesome and inconvenient, so that there is still room for improvement in the overall structural design.

The reason is that, in view of this, the creator has many years of rich experience in design and development and actual production in the related industry, researching and improving the existing shortcomings, and providing a TPR glasses structure in order to achieve better practical value.

The main purpose of this creation is to provide a TPR spectacles structure, which is mainly to make the cushion body integrally molded to cover the lens, making it not only more convenient in the overall structure composition, but also to reduce the overall weight, and in assembly and combination It can also be more convenient and fast, and can have a more beautiful visual sense in the overall appearance, and at the same time, it can have more anti-skid and comfortable effects during the wearing and use of the user, and it can be more practical and functional in its overall application.

The main purpose and effect of the TPR glasses structure in this creation are achieved by the following specific technical means:

It mainly includes lenses, cushion body and temples; among them:

The lens, which is a single-piece lens, is concavely formed upwardly at the lower edge of the middle of the lens to form a nose bridge part, and pivot parts are formed on both sides of the lens;

The cushion body is made of thermoplastic rubber elastomer [Thermoplastic Rubber, TPR] material, and an upper frame is formed at the upper end of the cushion body corresponding to the upper edge of the lens, and the lower end of the cushion body corresponds to the lens The bridge of the nose is shaped with a nose pad, so that the upper frame portion and the nose pad are connected by a connecting section, and the cushion body is integrally molded and shot to cover the lens, so that the upper frame portion and the upper edge of the lens The nose pads are combined with the bridge of the nose;

The front edge of the lens foot corresponds to the pivot part of the lens and is formed with a matching pivot part, so that the lens foot is pivotally combined with the pivot part of the lens.

In order to make a more complete and clear disclosure of the technical content, the purpose of creation and the effect achieved in this creation, we will explain in detail below, and please also refer to the disclosed diagram and figure number:

First of all, please refer to the three-dimensional exploded structure diagram of the creation in the first figure, the three-dimensional combined structure diagram of the creation in the second figure, and the sectional side view structure diagram of the combination in the third figure. This creation mainly includes lenses ( 1). Cushion body (2) and temples (3); among them:

The lens (1) is a single-piece lens. A nose bridge (11) is concavely formed upward at the lower edge of the middle and lower edge of the lens (1), and pivoting parts (11) are formed on both sides of the lens (1). 12).

The cushion body (2) is made of thermoplastic rubber elastomer [Thermoplastic Rubber, TPR] material, and an upper frame (21) is formed at the upper end of the cushion body (2) corresponding to the upper edge of the lens (1) ), and a nose pad (22) is formed at the lower end of the cushion body (2) corresponding to the nose bridge (11) of the lens (1), so that the upper frame portion (21) and the nose pad (22) Connected by a connecting section (23), the cushion body (2) is integrally molded and shot to cover the lens (1), so that the upper frame portion (21) is combined with the upper edge of the lens (1), and The nose pad (22) is combined with the nose bridge (11).

The lens foot (3) has a pivotal portion (31) formed on its front end corresponding to the pivotal portion (12) of the lens (1).

In this way, both sides of the lens (1) can be pivotally combined with the pivoting portions (31) of the two temples (3) with the pivoting portion (12), so that the creation can be used in use. It is used to unfold the temples (3) for users to wear. The cushion body (2) made of TPR material can have anti-slip and comfortable effects. When not in use, the temples (3) can be folded inward for convenience Housed.

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. The creation of this creation is to make the cushion body integrally molded out and cover the lens, making it not only easier in the overall structure composition, but also able to reduce the overall weight, but also more convenient and faster in assembly and combination.

2. This creation makes the cushion body integrally formed and injected to cover the lens, so that not only the overall appearance can be more beautiful and visual, but also the user can have more anti-slip and comfortable effects during wearing and use. In its overall implementation and use, it is more practical and functional.

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

In summary, this creative embodiment can indeed achieve the expected use effect, and the specific structure disclosed by it has not been seen in similar products, nor has it been disclosed before the application. It is in full compliance with the provisions and requirements of the Patent Law. , Yan submits an application for a new patent in accordance with the law, and asks for favors for examination and grants a patent.

1: lens

11: bridge of nose

12: Pivot

2: Cushion body

21: Upper frame

22: nose pads

23: link segment

3: mirror feet

31: Pivot

Figure 1: A schematic diagram of the three-dimensional exploded structure of this creation

Figure 2: Schematic diagram of the three-dimensional combination structure of this creation

Figure 3: A schematic diagram of the sectional side view of the composition of this creation

1: lens

11: bridge of nose

12: Pivot

2: Cushion body

21: Upper frame

22: nose pads

3: mirror feet

31: Pivot

Claims (1)

A structure of TPR glasses, which mainly includes lenses, cushion body and temples; among them: The lens, which is a single-piece lens, is concavely formed upwardly at the lower edge of the middle of the lens to form a nose bridge part, and pivot parts are formed on both sides of the lens; The cushion body is made of thermoplastic rubber elastomer [Thermoplastic Rubber, TPR] material, and an upper frame is formed at the upper end of the cushion body corresponding to the upper edge of the lens, and the lower end of the cushion body corresponds to the lens The bridge of the nose is shaped with a nose pad, so that the upper frame portion and the nose pad are connected by a connecting section, and the cushion body is integrally molded and shot to cover the lens, so that the upper frame portion and the upper edge of the lens The nose pads are combined with the bridge of the nose; The front edge of the lens foot corresponds to the pivot part of the lens and is formed with a matching pivot part, so that the lens foot is pivotally combined with the pivot part of the lens.

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