WO2023098140A1 - 镜框、镜腿和眼镜 - Google Patents
镜框、镜腿和眼镜 Download PDFInfo
- Publication number
- WO2023098140A1 WO2023098140A1 PCT/CN2022/111948 CN2022111948W WO2023098140A1 WO 2023098140 A1 WO2023098140 A1 WO 2023098140A1 CN 2022111948 W CN2022111948 W CN 2022111948W WO 2023098140 A1 WO2023098140 A1 WO 2023098140A1
- Authority
- WO
- WIPO (PCT)
- Prior art keywords
- far
- infrared light
- layer
- placement groove
- titanium
- Prior art date
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Classifications
-
- G—PHYSICS
- G02—OPTICS
- G02C—SPECTACLES; SUNGLASSES OR GOGGLES INSOFAR AS THEY HAVE THE SAME FEATURES AS SPECTACLES; CONTACT LENSES
- G02C5/00—Constructions of non-optical parts
- G02C5/001—Constructions of non-optical parts specially adapted for particular purposes, not otherwise provided for or not fully classifiable according to technical characteristics, e.g. therapeutic glasses
-
- G—PHYSICS
- G02—OPTICS
- G02C—SPECTACLES; SUNGLASSES OR GOGGLES INSOFAR AS THEY HAVE THE SAME FEATURES AS SPECTACLES; CONTACT LENSES
- G02C11/00—Non-optical adjuncts; Attachment thereof
-
- G—PHYSICS
- G02—OPTICS
- G02C—SPECTACLES; SUNGLASSES OR GOGGLES INSOFAR AS THEY HAVE THE SAME FEATURES AS SPECTACLES; CONTACT LENSES
- G02C5/00—Constructions of non-optical parts
- G02C5/008—Spectacles frames characterized by their material, material structure and material properties
-
- G—PHYSICS
- G02—OPTICS
- G02C—SPECTACLES; SUNGLASSES OR GOGGLES INSOFAR AS THEY HAVE THE SAME FEATURES AS SPECTACLES; CONTACT LENSES
- G02C5/00—Constructions of non-optical parts
- G02C5/14—Side-members
Definitions
- the invention relates to the field of spectacles, in particular to a spectacle frame, temples and spectacles.
- This application is based on the filing date of 2021 Year 12 moon 01 date, the application number is CN202111456452.7 Chinese invention patent application for , the contents of which are incorporated herein by reference.
- the eye improvement solutions on the market must use an external power supply, and in addition to wearing an additional device, the visual function will not be able to be used normally during use, such as : Products such as eye massager, hot eye mask and eye patch , That is to say, it lacks safety, needs to be reminded, and cannot effectively protect the eyes for a long time.
- the first purpose of the present invention is to provide a safe, radiation-free and uninterrupted health care spectacle frame.
- the second object of the present invention is to provide a safe, radiation-free and uninterrupted health care temple.
- the third object of the present invention is to provide a kind of safe and non-radiation uninterrupted health care glasses.
- the present invention provides a kind of spectacle frame, comprises frame body, intermediary layer and far-infrared light release layer, frame body contains electromagnetic wave absorbing material, intermediary layer is adjacent between frame body and far-infrared light release layer .
- a further solution is that the frame body is provided with a first placement groove, the intermediary layer is arranged in the first placement groove, the intermediary layer is adjacent to the groove wall of the first placement groove, and the far-infrared light releasing layer is positioned at the first placement position relative to the intermediary layer. outside of the groove.
- a further solution is that the first placement groove is laid along the outline of the frame, and the intermediary layer and the far-infrared light release layer are laid along the first placement groove; the outer end face of the far-infrared light release layer is provided with a second placement groove, The second placement groove is laid along the first placement groove, and the second placement groove is provided with a far-infrared light release strip; the volume of the far-infrared light release strip is less than the volume of the far-infrared light release layer, and the density of the far-infrared light release strip is greater than that of the far-infrared light release layer.
- the density of the infrared light release layer; the far infrared light release strip is provided with an embedded groove, and a focusing lens is arranged in the embedded groove.
- the electromagnetic wave absorbing material includes acrylate-based polymer gel containing electrolytes and alcohols, plastic titanium, polyamide, polyetherimmonium, acetate fiber sheet, hippocampus material, carbon fiber, polyurethane bulletproof resin, 3D printing material ( include PLA , ABS , PVA , PETG , PP ,nylon, CPE , CPE+ , TPE , imitation wood, PC , PVA , PolyCast , PolySmooth TM, Ultimaker Breakaway( Polyurethane and polylactic acid blend )) , luminous material (including phosphorescent pigments, PLA , ABS Material ) , white copper, manganese nickel, high nickel, nickel copper, pure titanium, ⁇ titanium, memory titanium, memory metal, stainless steel or aluminum alloy;
- the interposer material is made of graphene, fullerene or a mixture of the two;
- the far-infrared light-releasing layer is made of high-temperature sintered ceramics, plant charcoal, germanium ore, silicon-containing ore or calcium-containing ore or a mixture of two or more, or is made of biological fossils, medical stone, obsidian, Crystal, quartz, diamond, agate, pearl, biological shell, tourmaline, conductive carbon, or a mixture of one or more of them, or a mixture of ores or oxides containing trace elements and their covalent values, Trace elements selected from strontium, barium, scandium, cobalt, zinc, chromium, iron, bromine, silver, hafnium, manganese, thorium, cesium, rhodium, selenium, sodium, copper, potassium, gold, tungsten, lanthanum, titanium and germanium
- the present invention provides a mirror leg, comprising a housing, an intermediary layer and a far-infrared light releasing layer, the housing includes an electromagnetic wave absorbing material, and the intermediary layer is adjacent between the housing and the far-infrared light releasing layer between.
- a further solution is that the housing is provided with a first placement groove, the intermediary layer is arranged in the first placement groove, the intermediary layer is adjacent to the groove wall of the first placement groove, and the far-infrared light releasing layer is positioned at the first placement position relative to the intermediary layer. outside of the groove.
- a further solution is that the first placement groove is laid along the extension direction of the housing, and the intermediary layer and the far-infrared light release layer are laid along the first placement groove; the outer end surface of the far-infrared light release layer is provided with a second placement groove , the second placement groove is laid along the first placement groove, and a far-infrared light release strip is arranged in the second placement groove; the volume of the far-infrared light release strip is smaller than the volume of the far-infrared light release layer, and the density of the far-infrared light release strip is greater than The density of the far-infrared light release layer; the far-infrared light release strip is provided with an embedded groove, and a focusing lens is arranged in the embedded groove.
- the electromagnetic wave absorbing material includes an acrylic polymer gel containing electrolytes and alcohols, plastic titanium, polyamide, polyetherimmonium, acetate fiber sheet material, hippocampus material, carbon fiber, polyurethane bulletproof resin, 3D printing material ( include PLA , ABS , PVA , PETG , PP ,nylon, CPE , CPE+ , TPE , imitation wood, PC , PVA , PolyCast , PolySmooth TM, Ultimaker Breakaway( Polyurethane and polylactic acid blend )) , luminous material ( including phosphorescent pigments, PLA , ABS Material ) , white copper, manganese nickel, high nickel, nickel copper, pure titanium, ⁇ titanium, memory titanium, memory metal, stainless steel or aluminum alloy;
- the interposer material is made of graphene, fullerene or a mixture of the two;
- the far-infrared light-releasing layer is made of high-temperature sintered ceramics, plant charcoal, germanium ore, silicon-containing ore or calcium-containing ore or a mixture of two or more, or is made of biological fossils, medical stone, obsidian, Crystal, quartz, diamond, agate, pearl, biological shell, tourmaline, conductive carbon, or a mixture of one or more of them, or a mixture of ores or oxides containing trace elements and their covalent values, Trace elements selected from strontium, barium, scandium, cobalt, zinc, chromium, iron, bromine, silver, hafnium, manganese, thorium, cesium, rhodium, selenium, sodium, copper, potassium, gold, tungsten, lanthanum, titanium and germanium
- the present invention provides a kind of glasses, comprise picture frame and the mirror leg that is positioned at the both sides of picture frame, two mirror legs and picture frame encircle the wearing position, picture frame adopts the picture frame of above-mentioned scheme, far-infrared light releasing layer faces Dressing bit.
- the present invention provides a kind of glasses, comprise frame and the mirror leg that is positioned at the both sides of frame, two mirror leg and spectacle frame encircle and wear position, mirror leg adopts the mirror leg of above-mentioned scheme, far-infrared light releases layer towards the wearing position.
- the intermediary layer located in the middle layer conducts the above heat energy to the far-infrared light releasing layer, and then realizes no need
- the far-infrared light-releasing layer continues to generate far-infrared light towards the wearing position, coupled with the unique characteristics of the interposer layer that emits light after absorbing light, so that the far-infrared light can be captured and then released, making the far-infrared The supply of light can be more sufficient.
- the eyes and the surrounding areas of the eyes can also receive the irradiation of far-infrared light simultaneously, while increasing the blood circulation of the eyes, relieving eye fatigue, and reducing dark circles around the eyes. , and slow down or even improve the situation of eye lesions, to achieve the expected goal of preventing eye lesions.
- the use of high-density far-infrared light release strips can gather more energy, and the concentrated and focused far-infrared light release can be realized through the focusing lens.
- the position of the focusing lens can be set to align with the relevant acupoints, so as to further enhance the Improve the effect of physiotherapy.
- picture 1 It is a structural diagram of the first embodiment of the glasses of the present invention.
- FIG. 2 It is a schematic cross-sectional view of the temple in the first embodiment of the glasses of the present invention.
- picture 3 It is a schematic diagram of the distribution of far-infrared light release strips and focusing lenses in the first embodiment of the glasses of the present invention.
- picture 4 It is a partial inner surface view and a schematic cross-sectional view of the first embodiment of the glasses of the present invention.
- picture 5 It is a schematic cross-sectional view of the second embodiment of the glasses of the present invention.
- FIG. 6 It is a schematic cross-sectional view of the third embodiment of the glasses of the present invention.
- FIG. 1 refers to figure 4 ,Glasses 1 including frame 11 and located in the frame 11 temples on both sides 12 , two temples 12 and frames 11 Surrounded by wearing position, mirror frame 11 Including frame body, intermediate layer, far-infrared light release layer and focusing lens, temples 12 Including the shell, the intermediary layer, the far-infrared light release layer and the focusing lens, the arrangement structure of the intermediary layer, the far-infrared light release layer, the far-infrared light release strip and the focusing lens is basically the same, and the mirror legs 12 housing and frame 11
- the frames respectively contain electromagnetic wave absorbing materials
- the shell and the frame are respectively provided with first placement slots, followed by temples 12 structure as an example.
- the housing is provided with a first placement slot 121 , the first placement slot 121 Lay along the extension direction of the shell, the first placement slot 121 having a bottom wall and side walls on both sides of the bottom wall, a first placement slot 121
- the opening faces the wearing position, the first placement slot 121 Interposer 131 and far-infrared light-releasing layer 132 , the interposer 131 in the first slot 121 the medial side of the 131 with the first placement slot 121
- the bottom wall and the two side walls are adjacent, and the far-infrared light-releasing layer 132 relative to interposer 131 in the first slot 121
- the outer side, the far-infrared light-releasing layer 132 Facing the wearing position, the far-infrared light releasing layer 132 with interposer 131 Adjacent, far-infrared light-releasing layer 132 Also adjacent to both side walls, the interposer 131 and far-infrared light-releasing layer 132 along the first placement slot 121
- the electromagnetic wave absorbing material consists of acrylate-based polymer gel containing electrolytes and alcohols, TR90 ( Also known as superelastic memory resin, plastic titanium ) , TX5 : also known as memory resin, chemical name polyamide, ULTEM (Polyetherimide Polyetherimide , also known as PEI resin ) , Acetate sheets Acetate ( semi-automatic or handmade ) , Seahorse material, carbon fiber (Carbon fiber) , nxt ( Polyurethane bulletproof resin, or plastic titanium, bulletproof glass ) , 3D printing material ( include PLA , ABS , PVA , PETG , PP ,nylon, CPE , CPE+ , TPE , imitation wood, PC , PVA , PolyCast , PolySmooth TM, Ultimaker Breakaway( Polyurethane and polylactic acid blend )) , luminous material Glow in Dark( The main components of luminous materials are phosphorescent pigments and PLA or ABS material mix
- Far-infrared light-releasing layer 132 The outer end surface is provided with a second placement groove, and the second placement groove is along the first placement groove 121 Laying, the second placement slot is provided with a far-infrared light release strip 133 , far-infrared light release strip 133
- the volume is smaller than the far-infrared light-releasing layer 132 volume, far-infrared light-releasing strips 133
- the density is greater than that of the far-infrared light-releasing layer 132 Density, Far Infrared Light Release Strips 133
- a plurality of embedded grooves are provided, and a focusing lens is arranged in the embedded grooves 134 , temples 12 multiple focusing lenses 134
- the position of the can be determined according to actual needs, and its position can be set corresponding to the acupuncture points on the head.
- Far-infrared light release strip 133 and focusing lens 134 all face the wearing position, and make the temple 12
- the outer end face and focusing lens 134 The outer end faces of the trucks are kept flush to ensure stowage comfort.
- a first placement slot is provided, and the first placement slot and the above-mentioned first placement slot 121
- the structure is the same, an intermediary layer and a far-infrared light-releasing layer are arranged in the first placement groove, the intermediary layer is adjacent to the groove wall of the first placement groove, the far-infrared light-releasing layer is adjacent to the intermediary layer, and the far-infrared light-releasing layer is opposite to the intermediary
- the layer is located on the outer side of the first placement slot, which runs along the frame 11
- the contour laying of the laying position including the mirror frame 11
- the intermediary layer and the far-infrared light release layer are laid along the first placement groove, and the outer end surface of the far-infrared light release layer is provided with a second placement groove, and the second placement groove is along the The first placement slot is laid, and the second placement slot is provided with a far-infrared light release strip
- picture frame 11 multiple focusing lenses 134
- the position can be formulated according to actual needs, and its position can be set corresponding to the acupuncture points on the head.
- Two or three focusing lenses 134 Constitute corresponding acupoint groups, and perform physical therapy on the acupoints at the same time.
- far-infrared light release strip 133 and focusing lens 134 All face the wearing position.
- the far-infrared light-releasing layer and the far-infrared light-releasing strip can be made of ceramics containing high-temperature sintering, plant charcoal, germanium-containing ore, silicon-containing ore or calcium-containing ore, or a mixture of two or more of them, or biological Fossils, medical stones, obsidian, crystals, quartz, diamonds, agates, pearls, biological shells, tourmalines, conductive carbons, or a mixture of two or more, or made of trace elements, and their co- Valence ores or oxides mixed with trace elements selected from strontium, barium, scandium, cobalt, zinc, chromium, iron, bromine, silver, hafnium, manganese, thorium, cesium, rhodium, selenium, sodium, copper, potassium, The group consisting of gold, tungsten, lanthanum, titanium and germanium.
- the far-infrared light release layer and the far-infrared light release strip are combined with plastic, TR90 ( Also known as superelastic memory resin, plastic titanium ) , TX5 : also known as memory resin, chemical name polyamide, ULTEM (Polyetherimide Polyetherimide , also known as PEI resin ) , Acetate sheets Acetate ( semi-automatic or handmade ) , Seahorse material, carbon fiber (Carbon fiber) , nxt ( Polyurethane bulletproof resin, or plastic titanium, bulletproof glass ) , 3D printing material ( include PLA , ABS , PVA , PETG , PP ,nylon, CPE , CPE+ , TPE , imitation wood, PC , PVA , PolyCast , PolySmooth TM, Ultimaker Breakaway( Polyurethane and polylactic acid blend ) , luminous material Glow in Dark( The main components of luminous materials are phosphorescent pigments and PLA or ABS material mix )
- the far-infrared light releasing layer and the far-infrared light releasing strip can be made of the same material or made of different materials.
- the specific production method can be found in CN103920574A According to the disclosed content, then the far-infrared light releasing layer and the far-infrared light releasing strip can store far-infrared light and release far-infrared light.
- the electromagnetic wave-absorbing material in contains acrylate-based polymer gel containing electrolytes and alcohols.
- acrylate-based polymer gel containing electrolytes and alcohols.
- CN101683023A What is disclosed, and then framed 11 and temples 12 It can absorb environmental electromagnetic waves and convert them into heat energy.
- the cross-section of the frame and temples can be shown in the figure 5 Arrangement shown, using temples as an example, temples 12
- the housing is provided with a first placement slot 121 , the interposer 13 in the first slot 121
- the cross-section of the frame and temples can be shown in the figure 6 Arrangement shown, using temples as an example, temples 12 It is provided with a first placement slot and a far-infrared light release layer 132 and temples 12 the cross section of u layout, interposer 13
- the transverse base surface can be set in the form of a circle, an ellipse, a hollow circle, or a hollow ellipse, and the intermediary layer 13 Set in the far-infrared light-releasing layer 132 and temples 12 Between, the far-infrared light releasing layer 132 and temples 12 wrapped interposer 13 , the combined far-infrared light-releasing layer 132 and temples 12
- the cross-sectional profile is circular, waisted or elliptical, focusing lens 134 Set in the far-infrared light-releasing layer 132 up and toward the wearing position.
- the glasses can also be made of the mirror frame of the above embodiment and the mirror legs of common conventional materials, and are composed of or ordinary conventional mirror frames and the mirror legs of the above-mentioned embodiments.
- the glasses are glasses that can be equipped with lenses, or without The eyeglasses of lens, it all can realize the purpose of the present invention.
- the design of the present invention can keep the eyeball healthy all the time as long as the existing usage habit is maintained through the way of wearing, and the frame is made of a compound material without radiation, so there is no risk of radiation. It allows users to use it for a long time with peace of mind. In addition, this case can release far-infrared light without interruption through the collocation, design and application of materials and structures without additional external power supply.
- the use of polymer materials that can absorb electromagnetic waves can not only reduce the damage of environmental electromagnetic waves to the eyeballs simultaneously, but also convert electromagnetic waves into heat energy that can be reused by the device, and efficiently conduct heat to graphene and release far-infrared light
- the material releases far-infrared light, and according to the position of the Chinese medicine acupuncture points on the face, the far-infrared light therapy on the acupuncture points on the face can be strengthened through the structural design of the optical focusing lens.
- the use scene mainly it can be used when wearing the glasses of the present invention, as long as the scene of using electronic products is suitable, especially the scene of using electronic products for a long time, such as long-term use of computer office, image design , programmers, related e-sports activities, etc.
- the glasses in this case can also be such as VR Glasses, physiotherapy glasses and other wearable devices, namely VR
- the part of spectacles or therapy glasses that is located on the eye is understood as the frame
- the fixed part of spectacles or therapy spectacles which is located on the ear or on the head is understood to be temples and thus VR Spectacles and physiotherapy glasses also belong to the protection scope of the present invention.
- the frame, temples and glasses of the present invention are applicable to the field of optical glasses, through the electromagnetic wave absorbing material that can absorb environmental electromagnetic waves, and convert it into heat energy, add the heat energy generated by the environment and the human body, and use the intermediary located in the middle layer
- the layer conducts the above-mentioned heat energy to the far-infrared light-releasing layer, and then the far-infrared light-releasing layer can continuously generate far-infrared light toward the wearing position without an external power supply, which can increase blood circulation in the eyes, relieve eye fatigue, reduce Dark circles around the eyes, as well as slow down or even improve the condition of eye lesions, to achieve the expected goal of preventing eye lesions .
Abstract
一种镜框（11）、镜腿（12）和眼镜（1），眼镜（1）包括镜框（11）和镜腿（12），镜框（11）或镜腿（12）由电磁波吸收材料制成，且设置有第一放置槽（121），第一放置槽（121）内设置有中介层（131）和远红外光释放层（132），中介层（131）与第一放置槽（121）的槽壁邻接，远红外光释放层（132）与中介层（131）邻接，远红外光释放层（132）相对于中介层（131）位于第一放置槽（121）的靠外侧。通过电磁波吸收材料吸收环境电磁波，并将其转换成热能，利用中介层（131）将热能传导至远红外光释放层（132），再加上中介层（131）特有的吸光后会放光的特性，让远红外光能够捕捉后又释放出来，使得眼睛、眼部周围、眼周穴道接收到远红外光的照射，增加眼部血液循环，舒缓眼睛疲劳。
Description
技术领域
本发明涉及眼镜领域，尤其涉及一种镜框、镜腿和眼镜。本申请是基于申请日为
2021
年
12
月
01
日，申请号为
CN202111456452.7
的中国发明专利申请，该申请的内容引入本文作为参考。
背景技术
在移动互联网的时代，现今的男女老少都大量地持有并使用会辐射出电磁波的各式各样的电子产品，并加上长时间观看电子银幕下，导致眼睛的过度使用和病变等状况与日俱增。
目前市面上改善眼部的方案都是必须采用外加电源的方案，并且除了需要透过配戴额外的装置，并且在使用期间将无法正常使用视觉功能，例如
:
眼部按摩器、热敷眼罩与眼贴等产品
,
也就是缺乏安全、需要去做提醒、无法长时间有效率保健眼睛的方案。
发明内容
本发明的第一目的是提供一种安全无辐射无间断保健的镜框。
本发明的第二目的是提供一种安全无辐射无间断保健的镜腿。
本发明的第三目的是提供一种安全无辐射无间断保健的眼镜。
技术解决手段
为了实现本发明第一目的，本发明提供一种镜框，包括框体、中介层和远红外光释放层，框体包含有电磁波吸收材料，中介层邻接在框体和远红外光释放层之间。
更进一步的方案是，框体设置有第一放置槽，中介层设置在第一放置槽内，中介层与第一放置槽的槽壁邻接，远红外光释放层相对于中介层位于第一放置槽的靠外侧。
更进一步的方案是，第一放置槽沿着框体的轮廓铺设，中介层和远红外光释放层沿着第一放置槽铺设；远红外光释放层的外端面上设置有第二放置槽，第二放置槽沿着第一放置槽铺设，第二放置槽内设置有远红外光释放条；远红外光释放条的体积小于远红外光释放层的体积，远红外光释放条的密度大于远红外光释放层的密度；远红外光释放条设置有内嵌槽，内嵌槽内设置有聚焦透镜。
更进一步的方案是，电磁波吸收材料包含含有电解质、醇类的丙烯酸酯系高分子凝胶、塑料钛、聚酰胺、聚醚酰亚铵、醋酸纤维板料、海马尼材质、碳纤维、聚氨酯防弹树脂、
3D
打印材料
(
包括
PLA
、
ABS
、
PVA
、
PETG
、
PP
、尼龙、
CPE
、
CPE+
、
TPE
、仿木料、
PC
、
PVA
、
PolyCast
、
PolySmooth
™、
Ultimaker
Breakaway(
聚胺基甲酸酯和聚乳酸混合物
))
、夜光材料
(
包括磷光颜料、
PLA
、
ABS
材料
)
、白铜、锰镍、高镍、镍铜、纯钛、β钛、记忆钛、记忆金属、不锈钢或铝合金；
中介层材料包含石墨烯、富乐烯或两者的混合制成；
远红外光释放层由含高温烧结的陶瓷、植物炭、锗矿石、含硅矿石或含钙矿石其中之一或两者以上的混合制成，或由生物化石、麦饭石、黑曜岩、水晶、石英、钻石、玛瑙、珍珠、生物贝壳、电气石、导电碳其中之一或两者以上的混合制成，或由包含有微量元素、及其共价的矿石或氧化物混合制成，微量元素选自锶、钡、钪、钴、锌、铬、铁、溴、银、铪、锰、钍、铯、铑、硒、钠、铜、钾、金、钨、镧、钛以及锗所构成的群组，或由塑料钛、聚酰胺、聚醚酰亚铵、醋酸纤维板料、海马尼材质、碳纤维、聚氨酯防弹树脂、
3D
打印材料
(
包括
PLA
、
ABS
、
PVA
、
PETG
、
PP
、尼龙、
CPE
、
CPE+
、
TPE
、仿木料、
PC
、
PVA
、
PolyCast
、
PolySmooth
™、
Ultimaker
Breakaway(
聚胺基甲酸酯和聚乳酸混合物
)
、夜光材料
(
夜光材料由磷光颜料和
PLA
或
ABS
材料混合
)
制成，或由白铜、锰镍、高镍、镍铜、纯钛、β钛、记忆钛、记忆金属、不锈钢、铝合金制成。
为了实现本发明第二目的，本发明提供一种镜腿，包括壳体、中介层和远红外光释放层，壳体包含有电磁波吸收材料，中介层邻接在壳体和远红外光释放层之间。
更进一步的方案是，壳体设置有第一放置槽，中介层设置在第一放置槽内，中介层与第一放置槽的槽壁邻接，远红外光释放层相对于中介层位于第一放置槽的靠外侧。
更进一步的方案是，第一放置槽沿着壳体的延伸方向铺设，中介层和远红外光释放层沿着第一放置槽铺设；远红外光释放层的外端面上设置有第二放置槽，第二放置槽沿着第一放置槽铺设，第二放置槽内设置有远红外光释放条；远红外光释放条的体积小于远红外光释放层的体积，远红外光释放条的密度大于远红外光释放层的密度；远红外光释放条设置有内嵌槽，内嵌槽内设置有聚焦透镜。
更进一步的方案是，电磁波吸收材料包含含有电解质、醇类的丙烯酸酯系高分子凝胶、塑料钛、聚酰胺、聚醚酰亚铵、醋酸纤维板料、海马尼材质、碳纤维、聚氨酯防弹树脂、
3D
打印材料
(
包括
PLA
、
ABS
、
PVA
、
PETG
、
PP
、尼龙、
CPE
、
CPE+
、
TPE
、仿木料、
PC
、
PVA
、
PolyCast
、
PolySmooth
™、
Ultimaker
Breakaway(
聚胺基甲酸酯和聚乳酸混合物
))
、夜光材料
(
包括磷光颜料、
PLA
、
ABS
材料
)
、白铜、锰镍、高镍、镍铜、纯钛、β钛、记忆钛、记忆金属、不锈钢或铝合金；
中介层材料包含石墨烯、富乐烯或两者的混合制成；
远红外光释放层由含高温烧结的陶瓷、植物炭、锗矿石、含硅矿石或含钙矿石其中之一或两者以上的混合制成，或由生物化石、麦饭石、黑曜岩、水晶、石英、钻石、玛瑙、珍珠、生物贝壳、电气石、导电碳其中之一或两者以上的混合制成，或由包含有微量元素、及其共价的矿石或氧化物混合制成，微量元素选自锶、钡、钪、钴、锌、铬、铁、溴、银、铪、锰、钍、铯、铑、硒、钠、铜、钾、金、钨、镧、钛以及锗所构成的群组，或由塑料钛、聚酰胺、聚醚酰亚铵、醋酸纤维板料、海马尼材质、碳纤维、聚氨酯防弹树脂、
3D
打印材料
(
包括
PLA
、
ABS
、
PVA
、
PETG
、
PP
、尼龙、
CPE
、
CPE+
、
TPE
、仿木料、
PC
、
PVA
、
PolyCast
、
PolySmooth
™、
Ultimaker
Breakaway(
聚胺基甲酸酯和聚乳酸混合物
)
、夜光材料
(
夜光材料由磷光颜料和
PLA
或
ABS
材料混合
)
制成，或由白铜、锰镍、高镍、镍铜、纯钛、β钛、记忆钛、记忆金属、不锈钢、铝合金制成。
为了实现本发明第三目的，本发明提供一种眼镜，包括镜框和位于镜框两侧的镜腿，两个镜腿和镜框围成穿戴位，镜框采用上述方案的镜框，远红外光释放层朝向穿戴位。
为了实现本发明第三目的，本发明提供一种眼镜，包括镜框和位于镜框两侧的镜腿，两个镜腿和镜框围成穿戴位，镜腿采用上述方案的镜腿，远红外光释放层朝向穿戴位。
有益效果
通过可以吸收环境电磁波的电磁波吸收材料，并将其转换成热能，加上环境中与人体所产生的热能，利用位于中间层的中介层传导上述的热能至远红外光释放层，继而可实现无需外加电源的情况下，远红外光释放层朝向穿戴位持续的产生远红外光，再加上中介层特有的吸光后会放光的特性，让远红外光能够捕捉后又释放出来，使得远红外光的供给能够更加充分，在大众使用眼镜的同时，亦能同步地让眼睛、眼部周围接收到远红外光的照射，一边增加眼部血液循环，舒缓眼睛疲劳、减少眼周附近的黑眼圈、以及减缓或甚至改善眼睛病变的情况，达到预防眼睛病变的预期目标。另外，利用高密度的远红外光释放条其能够更为聚集能量，并通过聚焦透镜可实现聚集和聚焦的远红外光释放，可通过聚焦透镜的位置设置对准相关的穴道，从而更进一步地提高理疗的效果。
附图说明
图
1
是本发明眼镜第一实施例的结构图。
图
2
是本发明眼镜第一实施例中镜腿的剖面示意图。
图
3
是本发明眼镜第一实施例中远红外光释放条和聚焦透镜的分布示意图。
图
4
是本发明眼镜第一实施例的局部内表面图和截面示意图。
图
5
是本发明眼镜第二实施例的剖面示意图。
图
6
是本发明眼镜第三实施例的剖面示意图。
以下结合附图及实施例对本发明作进一步说明。
本发明的实施方式
眼镜第一实施例
参照图
1
至图
4
，眼镜
1
包括镜框
11
和位于镜框
11
两侧的镜腿
12
，两个镜腿
12
和镜框
11
围成穿戴位，镜框
11
包括框体、中介层、远红外光释放层和聚焦透镜，镜腿
12
包括壳体、中介层、远红外光释放层和聚焦透镜，对于中介层、远红外光释放层、远红外光释放条和聚焦透镜的布置结构基本相同，镜腿
12
的壳体和镜框
11
的框体分别包含有电磁波吸收材料，壳体和框体分别设置有第一放置槽，后续以镜腿
12
的结构为例进行说明。
镜腿
12
的壳体设置有第一放置槽
121
，第一放置槽
121
沿着壳体的延伸方向铺设，第一放置槽
121
具有底壁和位于底壁两侧的侧壁，第一放置槽
121
的开口朝向穿戴位，第一放置槽
121
内设置有中介层
131
和远红外光释放层
132
，中介层
131
位于第一放置槽
121
的靠内侧，中介层
131
与第一放置槽
121
的底壁和两侧壁邻接，远红外光释放层
132
相对于中介层
131
位于第一放置槽
121
的靠外侧，远红外光释放层
132
朝向穿戴位，远红外光释放层
132
与中介层
131
邻接，远红外光释放层
132
还与两侧壁邻接，中介层
131
和远红外光释放层
132
沿着第一放置槽
121
铺设。
电磁波吸收材料包含含有电解质和醇类的丙烯酸酯系高分子凝胶、
TR90 (
又称超弹性记忆树脂、塑料钛
)
、
TX5
：又称记忆树脂，化学名聚酰胺、
ULTEM(Polyetherimide
聚醚酰亚铵
,
又称
PEI
树脂
)
、醋酸纤维板料
Acetate (
半自动或手工制作
)
、海马尼材质、碳纤维
(Carbon
Fiber)
、
nxt (
聚氨酯防弹树脂，或称塑钛、防弹玻璃
)
、
3D
打印材料
(
包括
PLA
、
ABS
、
PVA
、
PETG
、
PP
、尼龙、
CPE
、
CPE+
、
TPE
、仿木料、
PC
、
PVA
、
PolyCast
、
PolySmooth
™、
Ultimaker
Breakaway(
聚胺基甲酸酯和聚乳酸混合物
))
、夜光材料
Glow in Dark(
夜光材料的主要成分由磷光颜料和
PLA
或
ABS
材料混合
)
、金属合金有白铜（以铜为主，主要添加镍、锌等）、锰镍（以锰为主，主要添加镍等）、高镍（以镍为主，添加铬、锰等）、镍铜（以镍为主，添加铜等）等合金材质、纯钛、β钛、记忆钛、记忆金属、不锈钢、铝合金。中介层材料包含石墨烯或富乐烯或两者以上的混合制成。
远红外光释放层
132
的外端面上设置有第二放置槽，第二放置槽沿着第一放置槽
121
铺设，第二放置槽内设置有远红外光释放条
133
，远红外光释放条
133
的体积小于远红外光释放层
132
的体积，远红外光释放条
133
的密度大于远红外光释放层
132
的密度，远红外光释放条
133
设置有多个内嵌槽，内嵌槽内设置有聚焦透镜
134
，镜腿
12
的多个聚焦透镜
134
的位置可根据实际需求制定，其位置可对应头部穴位设置。远红外光释放条
133
和聚焦透镜
134
均朝向穿戴位，且使镜腿
12
的内端面、远红外光释放层
132
的外端面、远红外光释放条
133
的外端面和聚焦透镜
134
的外端面保持齐平，从而保证配载舒适性。
镜框
11
由电磁波吸收材料制成，镜框
11
设置有第一放置槽，第一放置槽与上述第一放置槽
121
的结构相同，第一放置槽内设置有中介层和远红外光释放层，中介层与第一放置槽的槽壁邻接，远红外光释放层与中介层邻接，远红外光释放层相对于中介层位于第一放置槽的靠外侧，第一放置槽沿着镜框
11
的轮廓铺设，铺设的位置包括镜框
11
的镜片周围、鼻梁、鼻托和桩头，中介层和远红外光释放层沿着第一放置槽铺设，远红外光释放层的外端面上设置有第二放置槽，第二放置槽沿着第一放置槽铺设，第二放置槽内设置有远红外光释放条
133
，远红外光释放条的体积小于远红外光释放层的体积，远红外光释放条的密度大于远红外光释放层的密度，远红外光释放条设置有内嵌槽，内嵌槽内设置有聚焦透镜
134
。
镜框
11
的多个聚焦透镜
134
位置可根据实际需求制定，其位置可对应头部穴位设置，两个或三个聚焦透镜
134
构成对应穴位组，同时对穴位进行理疗。且远红外光释放条
133
和聚焦透镜
134
均朝向穿戴位。
镜框
11
和镜腿
12
的远红外光释放层和远红外光释放条可分别由含高温烧结的陶瓷、植物炭、含锗矿石、含硅矿石或含钙矿石其中之一或两者以上的混合制成，或由生物化石、麦饭石、黑曜岩、水晶、石英、钻石、玛瑙、珍珠、生物贝壳、电气石、导电碳其中之一或两者以上的混合制成，或由包含有微量元素、及其共价的矿石或氧化物混合制成，微量元素选自锶、钡、钪、钴、锌、铬、铁、溴、银、铪、锰、钍、铯、铑、硒、钠、铜、钾、金、钨、镧、钛以及锗所构成的群组。
远红外光释放层和远红外光释放条或由结合塑料、
TR90 (
又称超弹性记忆树脂、塑料钛
)
、
TX5
：又称记忆树脂，化学名聚酰胺、
ULTEM(Polyetherimide
聚醚酰亚铵
,
又称
PEI
树脂
)
、醋酸纤维板料
Acetate (
半自动或手工制作
)
、海马尼材质、碳纤维
(Carbon
Fiber)
、
nxt (
聚氨酯防弹树脂，或称塑钛、防弹玻璃
)
、
3D
打印材料
(
包括
PLA
、
ABS
、
PVA
、
PETG
、
PP
、尼龙、
CPE
、
CPE+
、
TPE
、仿木料、
PC
、
PVA
、
PolyCast
、
PolySmooth
™、
Ultimaker
Breakaway(
聚胺基甲酸酯和聚乳酸混合物
)
、夜光材料
Glow in Dark(
夜光材料的主要成分由磷光颜料和
PLA
或
ABS
材料混合
)
、金属合金有白铜（以铜为主，主要添加镍、锌等）、锰镍（以锰为主，主要添加镍等）、高镍（以镍为主，添加铬、锰等）、镍铜（以镍为主，添加铜等）等合金材质、纯钛、β钛、记忆钛、记忆金属、不锈钢、铝合金制成。
镜框
11
和镜腿
12
的远红外光释放层和远红外光释放条可由相同材料制作或不同材料制作。具体的制作方式可参见
CN103920574A
所公开的内容，继而远红外光释放层和远红外光释放条可存储远红外光和释放远红外光。
镜框
11
和镜腿
12
的电磁波吸收材料包含含有电解质和醇类的丙烯酸酯系高分子凝胶，具体的制作方法可参见
CN101683023A
所公开的内容，继而镜框
11
和镜腿
12
能够吸收环境电磁波，继而转化成热能。
眼镜第二实施例：
参照图
5
，镜框和镜腿的横截面可如图
5
所示的布置，以镜腿为例，镜腿
12
的壳体设置有第一放置槽
121
，中介层
13
位于第一放置槽
121
内，远红外光释放层
132
位于第一放置槽
121
外并位于中介层
13
的靠外侧，远红外光释放层
132
覆盖在镜腿
12
的壳体和中介层
13
的外侧，聚焦透镜
134
设置在远红外光释放层
132
上。
眼镜第三实施例：
参照图
6
，镜框和镜腿的横截面可如图
6
所示的布置，以镜腿为例，镜腿
12
设置有第一放置槽，远红外光释放层
132
和镜腿
12
的横截面呈
U
型布置，中介层
13
的横基面可呈圆形、椭圆、中空圆形、中空椭圆设置，中介层
13
设置在远红外光释放层
132
和镜腿
12
之间，远红外光释放层
132
和镜腿
12
包裹中介层
13
，组合后的远红外光释放层
132
和镜腿
12
的横截面轮廓呈圆形、腰圆或椭圆，聚焦透镜
134
设置在远红外光释放层
132
上，并朝向穿戴位。
除上述实施例外，眼镜还可以采用上实施例的镜框和普通常规材料的镜腿构成，由或者普通常规的镜框和上述实施例的镜腿构成，另外眼镜是可装配有镜片的眼镜，或没有镜片的眼镜，其均能实现本发明的目的。
本发明的设计只要透过配戴的方式，维持既有的使用习惯，就能够无时无刻的保健眼球，且采用无辐射的复方材料所合成的材质来制作成镜框，因此不会有辐射的危险，可以让使用者安心长时间的使用。另外，本案不需要额外的外加电源即能透过材料和结构的搭配与设计、应用来无间断地释放出远红外光。且采用了可以吸收电磁波的高分子材料，除了够能同步地减少环境电磁波对眼球的伤害，同时将电磁波转换成装置能够能再加以利用的热能，有效率地导热至石墨烯和远红外光释放材料来释放出远红外光，还可以根据脸上中医穴道的位置，透过光学聚焦透镜的结构设计加强对脸上穴道的远红外线光理疗。
且在使用场景上没有特别限制，主要就是配戴本发明眼镜的时候就可以使用，只要是使用电子产品的场景都适合，尤其是长时间使用电子产品的情景，例如长期使用计算机办公、影像设计、程序员、相关电竞活动等。
另外，本案的眼镜亦可为诸如
VR
眼镜、理疗眼镜等穿戴式设备，即
VR
眼镜或理疗眼镜位于眼部的部分理解为镜框，
VR
眼镜或理疗眼镜位于耳部或头部的用于固定部分理解为镜腿，因而
VR
眼镜和理疗眼镜也属于本发明的保护范围。
工业应用性
本发明的镜框、镜腿和眼镜，适用于光学眼镜领域，通过可以吸收环境电磁波的电磁波吸收材料，并将其转换成热能，加上环境中与人体所产生的热能，利用位于中间层的中介层传导上述的热能至远红外光释放层，继而可实现无需外加电源的情况下，远红外光释放层朝向穿戴位持续的产生远红外光，可实现增加眼部血液循环，舒缓眼睛疲劳、减少眼周附近的黑眼圈、以及减缓或甚至改善眼睛病变的情况，达到预防眼睛病变的预期目标。
Claims (10)
- 镜框，其特征在于，包括框体、中介层和远红外光释放层，所述框体包含有电磁波吸收材料，所述中介层邻接在所述框体和所述远红外光释放层之间。
- 根据权利要求1所述的镜框，其特征在于：所述框体设置有第一放置槽，所述中介层设置在所述第一放置槽内，所述中介层与所述第一放置槽的槽壁邻接，所述远红外光释放层相对于所述中介层位于所述第一放置槽的靠外侧。
- 根据权利要求2所述的镜框，其特征在于：所述第一放置槽沿着所述框体的轮廓铺设，所述中介层和所述远红外光释放层沿着所述第一放置槽铺设；所述远红外光释放层的外端面上设置有第二放置槽，所述第二放置槽沿着所述第一放置槽铺设，所述第二放置槽内设置有远红外光释放条；所述远红外光释放条的体积小于所述远红外光释放层的体积，所述远红外光释放条的密度大于所述远红外光释放层的密度；所述远红外光释放条设置有内嵌槽，所述内嵌槽内设置有聚焦透镜。
- 根据权利要求1至3任一项所述的镜框，其特征在于：所述电磁波吸收材料包含含有电解质、醇类的丙烯酸酯系高分子凝胶、塑料钛、聚酰胺、聚醚酰亚铵、醋酸纤维板料、海马尼材质、碳纤维、聚氨酯防弹树脂、3D打印材料(包括PLA、ABS、PVA、PETG、PP、尼龙、CPE、CPE+、TPE、仿木料、PC、PVA、PolyCast、PolySmooth™、Ultimaker Breakaway(聚胺基甲酸酯和聚乳酸混合物))、夜光材料(包括磷光颜料、PLA、ABS材料)、白铜、锰镍、高镍、镍铜、纯钛、β钛、记忆钛、记忆金属、不锈钢或铝合金；所述中介层材料包含石墨烯、富乐烯或两者的混合制成；所述远红外光释放层由含高温烧结的陶瓷、植物炭、锗矿石、含硅矿石或含钙矿石其中之一或两者以上的混合制成，或由生物化石、麦饭石、黑曜岩、水晶、石英、钻石、玛瑙、珍珠、生物贝壳、电气石、导电碳其中之一或两者以上的混合制成，或由包含有微量元素、及其共价的矿石或氧化物混合制成，所述微量元素选自锶、钡、钪、钴、锌、铬、铁、溴、银、铪、锰、钍、铯、铑、硒、钠、铜、钾、金、钨、镧、钛以及锗所构成的群组，或由塑料钛、聚酰胺、聚醚酰亚铵、醋酸纤维板料、海马尼材质、碳纤维、聚氨酯防弹树脂、3D打印材料(包括PLA、ABS、PVA、PETG、PP、尼龙、CPE、CPE+、TPE、仿木料、PC、PVA、PolyCast、PolySmooth™ 、Ultimaker Breakaway(聚胺基甲酸酯和聚乳酸混合物)、夜光材料(夜光材料由磷光颜料和PLA或ABS材料混合)制成，或由白铜、锰镍、高镍、镍铜、纯钛、β钛、记忆钛、记忆金属、不锈钢、铝合金制成。
- 镜腿，其特征在于，包括壳体、中介层和远红外光释放层，所述壳体包含有电磁波吸收材料，所述中介层邻接在所述壳体和所述远红外光释放层之间。
- 根据权利要求5所述的镜腿，其特征在于：所述壳体设置有第一放置槽，所述中介层设置在所述第一放置槽内，所述中介层与所述第一放置槽的槽壁邻接，所述远红外光释放层相对于所述中介层位于所述第一放置槽的靠外侧。
- 根据权利要求6所述的镜腿，其特征在于：所述第一放置槽沿着所述壳体的延伸方向铺设，所述中介层和所述远红外光释放层沿着所述第一放置槽铺设；所述远红外光释放层的外端面上设置有第二放置槽，所述第二放置槽沿着所述第一放置槽铺设，所述第二放置槽内设置有远红外光释放条；所述远红外光释放条的体积小于所述远红外光释放层的体积，所述远红外光释放条的密度大于所述远红外光释放层的密度；所述远红外光释放条设置有内嵌槽，所述内嵌槽内设置有聚焦透镜。
- 根据权利要求5至7任一项所述的镜腿，其特征在于：所述电磁波吸收材料包含含有电解质、醇类的丙烯酸酯系高分子凝胶、塑料钛、聚酰胺、聚醚酰亚铵、醋酸纤维板料、海马尼材质、碳纤维、聚氨酯防弹树脂、3D打印材料(包括PLA、ABS、PVA、PETG、PP、尼龙、CPE、CPE+、TPE、仿木料、PC、PVA、PolyCast、PolySmooth™、Ultimaker Breakaway(聚胺基甲酸酯和聚乳酸混合物))、夜光材料(包括磷光颜料、PLA、ABS材料)、白铜、锰镍、高镍、镍铜、纯钛、β钛、记忆钛、记忆金属、不锈钢或铝合金；所述中介层材料包含石墨烯、富乐烯或两者的混合制成；所述远红外光释放层由含高温烧结的陶瓷、植物炭、锗矿石、含硅矿石或含钙矿石其中之一或两者以上的混合制成，或由生物化石、麦饭石、黑曜岩、水晶、石英、钻石、玛瑙、珍珠、生物贝壳、电气石、导电碳其中之一或两者以上的混合制成，或由包含有微量元素、及其共价的矿石或氧化物混合制成，所述微量元素选自锶、钡、钪、钴、锌、铬、铁、溴、银、铪、锰、钍、铯、铑、硒、钠、铜、钾、金、钨、镧、钛以及锗所构成的群组，或由塑料钛、聚酰胺、聚醚酰亚铵、醋酸纤维板料、海马尼材质、碳纤维、聚氨酯防弹树脂、3D打印材料(包括PLA、ABS、PVA、PETG、PP、尼龙、CPE、CPE+、TPE、仿木料、PC、PVA、PolyCast、PolySmooth™ 、Ultimaker Breakaway(聚胺基甲酸酯和聚乳酸混合物)、夜光材料(夜光材料由磷光颜料和PLA或ABS材料混合)制成，或由白铜、锰镍、高镍、镍铜、纯钛、β钛、记忆钛、记忆金属、不锈钢、铝合金制成。
- 眼镜，包括镜框和位于所述镜框两侧的镜腿，两个所述镜腿和所述镜框围成穿戴位，其特征在于，所述镜框采用上述权利要求1至4任一项所述的镜框，所述远红外光释放层朝向所述穿戴位。
- 眼镜，包括镜框和位于所述镜框两侧的镜腿，两个所述镜腿和所述镜框围成穿戴位，其特征在于，所述镜腿采用上述权利要求5至8任一项所述的镜腿，所述远红外光释放层朝向所述穿戴位。
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