TWM644578U - Glasses frame with far infrared rays - Google Patents

Abstract

This creation relates to a spectacle frame with far-infrared rays. The spectacle frame includes a lens frame unit on which lenses can be installed and a tripod unit connected to the lens frame unit; the lens frame unit and the tripod unit contain far-infrared minerals , the lens frame unit and the tripod unit can emit far-infrared energy respectively; thereby improving the use effect of the spectacle frame.

Description

Glasses frame with far infrared rays

The invention relates to a spectacle frame with far-infrared rays, especially to provide a spectacle frame with far-infrared rays that can improve the use effect of the spectacle frame.

Spectacles are mainly composed of spectacle frames and lenses installed on spectacle frames; they are divided into different types of spectacle products according to the types of lenses installed, such as myopia glasses for myopia correction, presbyopia glasses for presbyopia correction, Decorative spectacles not used for vision correction, such as sun-shielding sunglasses, etc. Glasses are mainly worn on the user's face through the spectacle frame. After the glasses are worn on the user's face through the spectacle frame, the rest depends on the use of the lens installed. Further, the glasses The frame is for support and wearing purposes only.

However, as we all know, the human body has many acupoints around the eyes and to the ears, especially the acupoints around the eyes, which play a very important role in the health care of the eyes, that is, if the acupoints around the eyes are massaged or activated, you can Make the eyes get the effect of health care and activation; therefore, how to make the glasses frame have the energy to intensify the surroundings of the eyes, so that when the user wears glasses, the acupuncture points around the eyes can be stimulated at the same time, so that the eyes can obtain the effect of health care and activation, so how to Improving the use effect of spectacle frames has become an urgent problem for the spectacle frame industry.

The main purpose of this creation is to provide a spectacle frame with far-infrared rays, so as to overcome the lack of conventional spectacle frames that are only used for support and wearing.

For this reason, the main technical means of this creation is to provide a spectacle frame with far-infrared rays. The spectacle frame includes a spectacle frame unit that can be installed with lenses and a tripod unit that is connected to the spectacle frame unit; the spectacle frame unit and the spectacle frame unit The tripod unit contains far-infrared minerals, and the lens frame unit and the tripod unit can emit far-infrared energy respectively.

The effect that this creation can achieve by the main technical means is to improve the use effect of the spectacle frame.

1: glasses frame

2: Lens frame unit

21: Lens installation part

22: Nose bridge

23: Connecting part

3: tripod unit

31: tripod

311: connection part

4: Lens

S: screwed element

〔Figure 1〕is an exploded view of the frame of glasses with far-infrared rays in this creation.

[Fig. 2] is a three-dimensional view of the glasses frame with far-infrared rays in this creation.

〔Fig. 3〕 is the implementation schematic diagram of the spectacle frame with far-infrared rays in this creation.

In order to make it easier for your examiner to understand the structure of this creation and the effects it can achieve, the description is as follows with the help of diagrams;

At first, please refer to shown in Fig. 1, the spectacle frame 1 with the far-infrared ray of this creation, this spectacle frame 1 has the spectacle frame unit 2 that can install lens 4 and the tripod unit 3 that is connected with this spectacle frame unit 2.

As shown in Figures 1 and 2, the lens frame unit 2 has a left and right pair of configured lenses. The mounting part 21 is located at the nose bridge part 22 between the lens mounting parts 21, and is located at the connecting part 23 on both sides of the lens mounting part 21; the lens mounting part 21 can be used for the installation of the lens 4, and the connecting part 23 is for This tripod unit 3 is used for connection.

As shown in Figures 1 and 2, the tripod unit 3 has a pair of left and right tripods 31, and each end of the tripod 31 is provided with a connecting portion 311, and the tripod unit 3 is connected to the tripod 31 through the connecting portion 311. The connecting portion 23 of the lens frame unit 2 is connected; the connecting portion 311 of the tripod 31 and the connecting portion 23 of the lens frame unit 2 are connected by a screw element S in the present invention.

As shown in Figures 1, 2, and 3, in the embodiment of the invention, the lens frame unit 2 and the tripod unit 3 are made by injection molding, which means that the lens frame unit 2 and the tripod unit 3 are made of plastic Manufactured by injection molding, one or more mineral materials are added to the plastic and fully mixed with the plastic before injection molding, among the added minerals are minerals with far-infrared energy, so that the plastic has far-infrared energy Therefore, after the plastic with far-infrared energy is made into the lens frame unit 2 and the tripod unit 3 by injection molding, the lens frame unit 2 and the tripod unit 3 have the most suitable 8- 13-micron wavelength far-infrared energy; when the user wears the spectacle frame 1 of this creation, the lens frame unit 2 releases 8-13 micron-wavelength far-infrared energy that is most suitable for human body absorption, which can treat the acupuncture points around the user's eyes (There are about nine acupoints around the eyes) to perform intensifying actions, so that the user's eyes can obtain health care and activation effects; on the other hand, the tripod unit 3 also releases 8-13 micron wavelength far-infrared energy that is most suitable for human body absorption , can intensify the user's eyes to the temple acupoints, and can also enhance the overall health care effect of the user's face.

As shown in Figures 1, 2, 3, and 4, the spectacle frame 1 of this tool far-infrared ray of this creation is concretely implemented.

The main effect of this creation is, by this far-infrared spectacle frame 1 comprises the eyeglass frame unit 2 that eyeglass 4 can be installed and this tripod unit 3 that is connected with this eyeglass frame unit 2; The tripod unit 3 contains far-infrared minerals, and the lens frame unit 2 and the tripod unit 3 can respectively release far-infrared energy; thereby improving the use effect of the spectacle frame 1 .

To sum up, the spectacle frame with far-infrared rays created in this invention can improve the lack of conventional knowledge and achieve the desired purpose through the above-mentioned structure. Regarding the essential requirements, please file an application for a new model in accordance with the law, and ask your examiner for your detailed reference, and you will be grateful for the approval of the patent.

1: glasses frame

2: Lens frame unit

21: Lens installation part

22: Nose bridge

23: Connecting part

3: tripod unit

31: tripod

311: connection part

4: Lens

S: screwed element

Claims (3)

A spectacle frame with far-infrared rays. The spectacle frame includes a spectacle frame unit on which lenses can be installed and a tripod unit connected to the spectacle frame unit; the spectacle frame unit and the tripod unit contain far-infrared minerals, and the spectacle frame unit The tripod unit can emit far-infrared energy separately. The spectacle frame with far-infrared rays according to claim 1, wherein the lens frame unit and the stand unit are made of one or more mineral plastics with far-infrared rays by injection molding. The spectacle frame with far-infrared rays according to claim 1 or 2, wherein the lens frame unit and the stand unit can release far-infrared energy with a wavelength of 8-13 microns respectively.

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