TWM563564U - Lens device with high color contrast - Google Patents

Abstract

A high-contrast lens device comprising a frame and a high-contrast lens disposed in the frame, the high-contrast lens using a polymeric polymer injection technique, and adding an appropriate anti-oxidation aid to the human eye to The sensitivity of these specific monochromatic lights produces a change in the wavelength of the spectrum to achieve a clear visual effect of increasing stereoscopic, sharpness, comfort, and contrasting colors.

Description

High contrast color lens device

The present invention relates to a lens device, and more particularly to a lens device having a high contrast color.

The scope of use of glasses is very common, and its functional purposes are also different. In recent years, the functions of glasses have gradually diversified. In addition to correcting auxiliary vision, it also requires the requirement to block excessive light, so that glasses are no longer only used as a single use. For a variety of purposes.

In the case of sunglasses, in addition to the use of outdoor activities or driving environment to adjust the intensity of sunlight and to resist ultraviolet rays, in order to reduce the damage to the eyes, but also an important accessory for the public in the clothing. When consumers choose sunglasses products, they will be attracted by the shape and color of the frames and lenses. Consider whether the glasses are in line with the overall shape, and then try to wear the visual experience seen inside the lens.

In addition, the commercial technology of sunglasses has also begun to emphasize the relative light transmission intensity of the penetration bands of the red, green and blue primary colors corresponding to the human eye by adjusting the lens in the visible light band, so that the wearer can see through the lens under the sunlight. The scenery to the scene has the function of enhancing the color contrast.

Currently known techniques use interference coating techniques to achieve The effect of filtering, the filtered light is in the form of reflection, and most of them show a fixed gray appearance color. However, these technologies not only fail to provide consumers with a variety of lens appearance choices, but also have chromaticity enhancement effects, and Need to be improved.

All of the above shortcomings show various problems arising from the existing lens technology. Since the sun emits various types of light bands, if the eyes are not properly protected, it will have a serious impact on the eyes. For example, the existing lens technology can be improved. It provides consumers with a variety of lens appearance options, while at the same time increasing the visual stereoscopic and clarity effects, in order to increase the comfort and safety of various outdoor sports (especially speed sports), will enhance the competitiveness of the market.

In view of this, the purpose of the present invention is to provide a lens device with high contrast, comprising a frame and a high contrast lens.

The high contrast lens is disposed in the frame. The high contrast lens uses a polymeric polymer injection technique and a suitable anti-oxidation aid to produce a change in wavelength on the spectrum to increase visual stereoscopic, sharpness and comfort.

Another technical means of the novel is that the high contrast lens described above has the effect of increasing the contrast color.

Another technical means of the present invention is that the material of the high contrast lens described above is a polymer resin.

A further technical means of the novel is that the color of the high contrast lens described above is amber.

Another technical means of the novel is that the color of the high contrast lens described above is brown.

Another technical means of the novel is that the color of the high contrast lens described above is rose.

A further technical means of the novel is that the color of the high contrast lens described above is pink.

Another technical means of the present invention is that the above-mentioned frame may be sunglasses, sports glasses, goggles or ski goggles.

The beneficial effect of the novel is that the high contrast lens is made by using a polymeric polymer injection technique and adding an appropriate anti-oxidation aid, and the high contrast lens is placed in the frame, thereby targeting certain eyes of the human eye. The sensitivity of specific monochromatic light produces a change in wavelength on the spectrum to increase the visual stereoscopic, sharpness and comfort. In addition, the color of the high contrast lens can be amber, brown, rose, pink, etc. Either way, consumers can choose a variety of lens colors to match the overall shape, which will enhance the competitiveness of the market.

1‧‧‧Frame

2‧‧‧High contrast lenses

BRIEF DESCRIPTION OF THE DRAWINGS Figure 1 is a schematic view showing a preferred embodiment of the present invention having a high contrast color lens unit.

The related features and technical details of the present invention will be apparent from the following detailed description of the preferred embodiments.

Referring to FIG. 1, a preferred embodiment of a novel high contrast color lens device includes a frame 1 and a high contrast lens 2.

The frame 1 can be glasses with different functions such as sunglasses, sports glasses, goggles or ski goggles. In actual implementation, it can also be applied to the frame 1 of different industries, such as window frames, and should not be limited by the disclosure. .

The high contrast lens 2 is disposed in the frame 1, using a polymeric polymer injection technique, and adding an appropriate antioxidant additive to produce a change in wavelength over the spectrum.

By using polymerized polymer injection technology and adding appropriate anti-oxidant additives, the light transmission is controlled to filter out the wavelengths of blue, green and red, so as to enhance the visual stereoscopic effect, clarity and comfort. In addition, the high contrast lens 2 has the effect of increasing the contrast color.

Here, the material of the high contrast lens 2 is a polymer resin material.

In the preferred embodiment, the high contrast lens 2 exhibits amber color, amber color, brown color, and rose color. (Rose), Pink (Pink), etc., not only provide consumers with a variety of lens color choices with the overall shape, but also allows users to experience a new clear vision. In actual implementation, it should not be limited to the color of the disclosure.

Refer to Appendix 1~4 for the spectrum of high-contrast lens 2 in amber, brown, pink, and rose. It can be seen from the above spectrum that the wavelengths of blue, green and red are all decreased, indicating that the high contrast lens 2 can control the light transmission, filtering out the wavelengths of blue, green and red to increase the stereoscopic vision. Sense, clarity, comfort and added contrast colors.

The amber high contrast lens 2 can be used in sports and strong light conditions, with the best view and high contrast to increase the stereoscopic effect of the field of view. The high-contrast lens 2 is available for daily wear and improves visibility, improving road condition perception for driving and off-road riding.

The pink high-contrast lens 2 enhances the visual depth and enhances white, green, yellow and red, making it easy to see subtle changes in the road. The rosy high-contrast lens 2 enhances the contrast of the external environment color, allowing the golfer to master a better path. In addition, the pink and rose high-contrast lenses 2 are available for low-light cloudy days.

Different color lenses have different filtering effects on light, and are also suitable for different sports environments. Choosing the appropriate lens color according to different environments such as sports and leisure will greatly improve the professional level of sports. In actual use, consumers can meet their individual needs. Depending on your preference, it should not be limited to this.

In summary, the novel high-contrast lens device of the present invention is formed by using a polymeric polymer injection technique and adding an appropriate anti-oxidation aid to form the high-contrast lens 2, and the high-contrast lens 2 is placed in the frame. In 1 , the sensitivity of the human eye to certain specific monochromatic light produces a change in the wavelength of the spectrum, increasing the stereoscopic effect on the color of the scene, in addition to increasing the clarity of the vision, and improving the overall comfort, again, The color of the high contrast lens 2 can be any one of amber color, brown color, rose color, pink color, etc., and provides consumers with a variety of lens color choices to match the overall shape, so the purpose of the novel can be achieved.

However, the above description is only a preferred embodiment of the present invention, and the scope of the present invention cannot be limited thereto, that is, the simple equivalent change and modification made by the novel patent application scope and the novel description content, All remain within the scope of this new patent.

Annex 1: Spectrogram of a high contrast lens in amber.

Attachment 2: Spectrogram of a high contrast lens in brown.

Annex 3: Spectrogram of a high-contrast lens in pink.

Annex 4: Spectrogram of a high-contrast lens in rose.

Claims (8)

A color contrasting lens device comprising: a frame; and a high contrast lens disposed in the frame, the high contrast lens using a polymeric polymer injection technique and adding an appropriate antioxidant additive to generate a spectral wavelength Changes to increase visual stereo, clarity and comfort. The lens device with high contrast according to claim 1 of the patent application, wherein the high contrast lens has the effect of increasing the contrast color. The high-contrast lens device according to the first aspect of the patent application, wherein the high contrast lens is made of a polymer resin. The lens device with high contrast according to claim 1 of the patent application, wherein the high contrast lens exhibits amber color. The lens device with high contrast according to the first aspect of the patent application, wherein the color of the high contrast lens is brown. The lens device with high contrast according to the first aspect of the patent application, wherein the high contrast lens exhibits a rose color. The lens device with high contrast according to the first aspect of the patent application, wherein the high contrast lens exhibits a pink color. The lens device with high contrast according to the first aspect of the patent application, wherein the frame may be sunglasses, sports glasses, goggles or ski goggles.