CN110573938A

CN110573938A - 3 in 1 synthetic spectacle lens

Info

Publication number: CN110573938A
Application number: CN201880017436.8A
Authority: CN
Inventors: 刘方
Original assignee: Individual
Current assignee: Individual
Priority date: 2017-03-15
Filing date: 2018-02-02
Publication date: 2019-12-13
Also published as: WO2018166282A1; WO2018166282A8

Abstract

A special synthetic spectacle lens can prevent strong light, asthenopia and computer radiation simultaneously, and is made of a synthetic material combining an ink lens and a far-vision lens (namely, a convex lens) and a material for preventing computer radiation (including electromagnetic wave radiation and blue light radiation), and one lens has three functions. The derivative of the ophthalmic lens may be: (1) the lens is made of a synthetic material which combines a convex lens and a material for preventing computer radiation (including electromagnetic wave radiation and blue light radiation), and has two functions of one lens. (2) The lens is made of a synthetic material which combines an ink lens, a near-sighted lens (namely a concave lens) and a material for preventing computer radiation (including electromagnetic wave radiation and blue light radiation), and has three functions of one lens.

Description

3 in 1 synthetic spectacle lens

The technical field is as follows: high-tech synthetic lens

Background art: prevent strong light, prevent asthenopia and prevent computer radiation.

The invention content is as follows:

A special synthetic spectacle lens is a spectacle lens made of a synthetic material which combines an ink lens and a far-vision lens, and has two functions. Although simple in design, it is very practical. My mother is an ophthalmologist, i work with computers every day, but never become a myopic eye, and the reason is related to a secret. When reading a book from a small time, the mother always takes a pair of low-degree distant vision glasses (namely convex lenses) to do work, and the mother thinks that the myopia can be prevented. The reason for this is that the mother can keep the sphincter muscle (the muscle that makes up the iris) relaxed with a telescope, similar to many mydriatic or asthenopic eyedrops. Many friends also have the same comfortable feeling, and the people can read books with the light remote vision mirror without tired at all and have a special loose feeling. Later the computer age came before, except that it was far from enough to keep the eyes relaxed. Because a long-time computer watching is actually stimulated by strong light for a long time, the glasses must have a function of resisting the strong light. Therefore, as long as the material of the lens is the combination of the ink lens and the far-vision lens, the two problems can be well solved. In addition, on the basis of two-in-one, a function can be added, namely, a material for preventing computer radiation (including electromagnetic wave radiation and blue light radiation) is added, because the computer radiation is not good for eyes, the eyeground retina cell apoptosis, cataract and macular degeneration … … are caused, so that the ink lens, the far vision lens, the computer radiation prevention material and the spectacle lens made of synthetic materials formed by combining three materials into one lens have three functions, the pressure of the eyes can be better relieved, and the incidence rate of the myopia of teenagers and other various eye diseases can be reduced. At present, people always emphasize the harm of various radiations, and actually, the sphincter relaxes to have better effect.

Description of the drawings: fig. 1 is a front perspective view of such eyewear. Fig. 2 is a cross-sectional view of such an ophthalmic lens. (1) Is an ink mirror layer, (2) is an anti-electromagnetic wave radiation layer, and (3) is an anti-blue light radiation layer.

The specific implementation mode is as follows:

According to the spectacle lens made of the synthetic material combining three components into one in the invention, the material for preventing computer radiation (wherein electromagnetic wave radiation is prevented) can be made of a conductive material like ITO, and is combined with the glass or resin lens by adopting a magnetron sputtering method, and then charge carriers are generated, so that electromagnetic waves emitted by a computer are interfered, and the effect of counteracting the electromagnetic waves is finally achieved; the principle of preventing computer radiation (wherein blue light radiation is prevented) can be that blue light preventing materials such as metal oxide nano particles and glass or resin lenses are coated together, and harmful blue light absorbers are added into the lens materials. The principle of sunglasses may be to apply color to the surface of the lens (i.e., "tinted lenses" as is well known in the art), to use conventional progressive tinted lenses (i.e., "progressive tinted lenses" as is well known in the art), and so forth. Thus a lens is divided into a plurality of layers including: the strong light prevention layer is also an ink mirror layer, an electromagnetic wave radiation prevention layer and a blue light radiation prevention layer; the anti-glare layer, the anti-electromagnetic wave radiation layer or the anti-blue light radiation layer are built on a plurality of layers of lenses, each layer cannot be a single lens, conductive electrons are arranged between the anti-electromagnetic wave radiation lenses under the condition of no doubt vacuum, and harmful blue light absorbers are arranged between the anti-blue light radiation lenses. One lens is actually a high-tech polymer of multi-layer ultra-thin lenses. Described below are several other patterns derived from this ophthalmic lens:

1. can be divided into ink lenses with different depths and hyperopia lenses with different degrees according to the favor of different people and the myopic degrees of different people.

2. Besides the black lens and the far lens, the black lens and the near lens can also be combined into a whole, so that the myopia people can conveniently move under outdoor strong light.

3. Or the three-in-one lens can be an ink lens, a near-sighted lens and a material for preventing computer radiation (including electromagnetic wave radiation and blue light radiation), so that a person with high myopia can conveniently watch a computer.

4. Or the lens can be a lens which can prevent asthenopia and computer radiation, adopts a far vision lens and a material for preventing computer radiation (including electromagnetic wave radiation and blue light radiation) and combines the two into one.

5. Or the glass can be a glass which can prevent strong light and computer radiation, adopts an ink glass and a material for preventing computer radiation (including electromagnetic wave radiation and blue light radiation) and combines the two into one.

Claims

1. A special synthetic spectacle lens can prevent strong light and asthenopia at the same time, is made of a synthetic material combining an ink lens and a far-vision lens (namely a convex lens), and has two functions of one lens.

2. a special synthetic spectacle lens can prevent strong light, asthenopia and computer radiation simultaneously, and is made of a synthetic material combining an ink lens and a far-vision lens (namely, a convex lens) and a material for preventing computer radiation (including electromagnetic wave radiation and blue light radiation), and one lens has three functions.

3. A special synthetic glasses lens can prevent strong light and is suitable for the people with myopia, which is made of the synthetic material of black glasses lens and myopia lens (concave lens) and has two functions.

4. The spectacle lens is made of three-in-one synthetic material, namely, an ink lens, a myopia lens (namely, a concave lens) and a computer radiation prevention material, and has three functions of one lens.

5. A special synthetic spectacle lens can prevent computer radiation and asthenopia at the same time, is made of a far-vision lens (namely a convex lens) and a material for preventing computer radiation (including electromagnetic wave radiation and blue light radiation) which are combined into a whole, and has two functions.

6. The spectacle lens is made of a synthetic material which is formed by combining an ink lens and a material for preventing computer radiation (including electromagnetic wave radiation and blue light radiation) into a whole, and has two functions.

7. an eyewear comprising any of the eyewear lenses of claim 1.2.3.4.5.6.