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Illite/hexacyclic stone nanometer negative ion far-infrared health-care spectacle frame and glasses

A nano negative ion, far-infrared health care technology, applied in glasses/protective glasses, glasses/goggles, frames, etc., can solve problems such as visual impairment, injury, increase or change in the manufacturing process of glasses frames, etc.

Pending Publication Date: 2018-09-21
尹昭军
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  • Summary
  • Abstract
  • Description
  • Claims
  • Application Information

AI Technical Summary

Problems solved by technology

[0002] In today's era of rapid technological development, people are inseparable from mobile phones, computers, notebooks, TVs and other electronic products for work, life and entertainment, all of which are displayed on the display screen; in improving work efficiency and enjoying entertainment life At the same time, we should also notice that our eyes are being damaged by blue light; in the 2010 annual meeting of the International Optical Society, the world's optics experts unanimously pointed out that short-wave blue light has extremely high energy and can penetrate the lens directly to the retina; Generate free radicals, and these free radicals will lead to the decline of retinal pigment epithelial cells, the decline of epithelial cells will lead to the lack of nutrients for light-sensitive cells, resulting in visual damage, and these damages are irreversible; choose to use anti-blue light health glasses, the eyeglass lenses Anti-blue light film treatment, anti-blue light film technology is very mature, can effectively prevent the penetration of blue light; the number of people with sub-healthy eyesight and eye fatigue syndrome has increased a lot, which is related to people's long-term use of electronic products. Most people choose Frame glasses, the existing frame glasses, have the following four disadvantages: Disadvantage 1. The spectacle lenses described in the claims of the utility model patent (authorized announcement number CN206470488U), the structural layers are: full anti-ultraviolet film layer, anti-fog film layer, The concave surface and the convex surface of the anti-blue light film substrate are respectively provided with anti-reflection coating layers
The spectacle lens lacks the technical problem of an anti-fouling mold layer, and the surface is coated with an anti-reflection film layer, and the anti-reflection film layer is an anti-reflection film layer. The spectacle lens is particularly prone to stains, and the stains will destroy the effect of the anti-reflection film , reduce the light transmittance of light, and stains are easy to infiltrate the anti-reflection coating layer, so the anti-reflection coating layer, that is, the lens of the anti-reflection coating layer, needs to be coated with an anti-fouling mold layer
[0003] Disadvantage 2. Disadvantages of plate glasses frames. If the material is hard and improperly adjusted, the comfort will be poor; acidic materials cannot be used with PC lenses, which will cause the lenses to crack; plate glasses frames will return to flat because they are cut from flat plates. Adjustment is required, and the mirror feet need to be shaped with copper cores
Shortcoming three, existing spectacle frame, just plays the effect of single support and fixation to spectacle lens, and most spectacle frames do not possess the shortcoming of health care function, and manufacturing technology measure needs to be changed, and the beneficial effect of increasing health care function, people need to have physical health care. Functional spectacle frame, the existing spectacle frame lacks a spectacle frame with illite hexacyclic negative ion far-infrared health care function, and the spectacle frame is equipped with existing corrective spectacle lenses, sun lenses, driving lenses, goggle lenses, etc. , the manufacture of glasses
Disadvantage 4. We who have normal eyesight do not use glasses with health care functions. If we use electronic products such as mobile phones, computers, and TVs for a long time for work, life, and entertainment, our eyes will have sub-health symptoms of vision, such as dry eyes, eye irritation, and eye problems. Eye fatigue syndrome such as soreness and blurred vision, improve and prevent visual sub-health and eye fatigue syndrome; need a spectacle frame with illite hexacyclic anion far-infrared health care function and anti-blue light with anti-fouling function UV protection plano lenses for plano glasses
[0005] Melamine is safe, resistant to high temperature and high humidity, solvent resistant, alkali resistant, heat resistant, impact resistant, good bending resistance, bright in color and strong in finish, while the existing glasses frame does not have glasses with melamine imitation porcelain structure Frame, spectacle frame manufacturing process needs to be added or changed

Method used

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  • Illite/hexacyclic stone nanometer negative ion far-infrared health-care spectacle frame and glasses
  • Illite/hexacyclic stone nanometer negative ion far-infrared health-care spectacle frame and glasses
  • Illite/hexacyclic stone nanometer negative ion far-infrared health-care spectacle frame and glasses

Examples

Experimental program
Comparison scheme
Effect test

Embodiment 1

[0059] Embodiment 1: as figure 1 , figure 2 As shown, an illite hexacyclite nano-anion far-infrared health-care eyeglass frame is composed of melamine, nano-scale illite and / or hexacyclite spectacle ring and spectacle leg body layer 1, built-in printing layer 2, melamine transparent hard The film protection layer 3 is composed of a melamine, nano illite and / or hexacyclite spectacle ring and temple body layer 1 with a built-in printing layer 2, and a melamine transparent hard-coat protective layer 3 outside the built-in printing layer 2.

[0060] Its production method is as follows:

[0061] A. Mold opening: design the appearance style of the glasses frame, and manufacture the glasses ring mold and the glasses leg mold with the nose pad integrated;

[0062] B. Grinding: select illite and hexacyclite concentrates, grind them with a ball mill, and the powder particle size reaches below 100 nanometers, and obtain nano-scale illite powder and hexacyclite powder; C. Ingredients a...

Embodiment 2

[0065] Embodiment 2: as figure 1 and image 3 Shown, a kind of illite hexacyclite nano-anion far-infrared health-care eyeglasses frame is made of melamine, nanoscale illite and / or hexacyclite spectacle ring and spectacle leg body layer 1, containing melamine and nanoscale illite powder and / or hexacyclite powder coating layer 4, external printing layer 5, melamine, nano illite and / or hexacyclite spectacle ring and spectacle leg body layer 1 is set outside containing melamine and nano illite powder and / or the coating layer 4 of hexacyclite powder, the coating layer 4 containing melamine and nanoscale illite powder and / or hexacyclite powder is provided with an external printing layer 5 .

[0066] Its production method is as follows:

[0067] A. Mold opening: design the appearance style of the glasses frame, and manufacture the glasses ring mold and the glasses leg mold with the nose pad integrated;

[0068] B. Grinding: select illite and hexagonite concentrates, use a ball m...

Embodiment 3

[0071] Embodiment 3: as figure 1 and Figure 4 As shown, an illite hexacyclite nano-anion far-infrared health glasses frame is composed of melamine, nano-scale illite and / or hexacyclite spectacle ring and glasses leg body layer 1, nano-scale illite and / or hexacyclite Concave-convex pattern coating 6 for the spectacle ring and the spectacle legs, the spectacle ring and spectacle legs of nano-scale illite and / or hexagonal stone body layer 1 is provided with the concavo-convex of the spectacle ring and spectacle legs of nano-scale illite and / or hexagonalite Flower-shaped coating 6.

[0072] Its production method is as follows:

[0073] A. Mold opening: Design the appearance style of the glasses frame, and manufacture the concave-convex nose pad integrated glasses ring mold and the glasses leg mold;

[0074]B, grinding: select illite and hexagonite concentrate, use a ball mill to grind, the powder particle size reaches below 100 nanometers, obtain nanoscale illite powder and he...

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PUM

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Abstract

The invention discloses an illite / hexacyclic stone nanometer negative ion far-infrared health-care spectacle frame, which is mainly obtained by processing nanoscale illite and / or hexacyclic stone through a melamine process, a spectacle frame injection molding process or a plate process. The invention also provides illite / hexacyclic stone nanometer negative ion far-infrared health-care glasses, which is composed of the above spectacle frame and spectacle lens. Anti-blue-ray anti-UV resin spectacle lens with an anti-staining film can be used as the spectacle lens. The spectacle frame and the glasses obtained by the invention can effectively improve and prevent sub-health symptoms of the eyesight, dry eyes, sore and swollen eyes, blurred vision and other eyestrain syndromes when working, living and playing for a long time using electronic products such as mobile phones, computers, televisions and the like.

Description

technical field [0001] The invention relates to the technical field of glasses manufacturing, in particular to an illite hexacyclite nano-anion far-infrared health-care glasses frame and glasses. Background technique [0002] In today's era of rapid technological development, people are inseparable from mobile phones, computers, notebooks, TVs and other electronic products for work, life and entertainment, all of which are displayed on the display screen; in improving work efficiency and enjoying entertainment life At the same time, we should also notice that our eyes are being damaged by blue light; in the 2010 annual meeting of the International Optical Society, the world's optics experts unanimously pointed out that short-wave blue light has extremely high energy and can penetrate the lens directly to the retina; Generate free radicals, and these free radicals will lead to the decline of retinal pigment epithelial cells, the decline of epithelial cells will lead to the la...

Claims

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Application Information

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Patent Type & Authority Applications(China)
IPC IPC(8): G02C5/00G02C13/00B29D12/02
CPCG02C5/008G02C13/00B29D12/02
Inventor 尹昭军
Owner 尹昭军
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