CN108487832A - 一种具有降低辐射功能的low-e低辐射镀膜玻璃 - Google Patents
一种具有降低辐射功能的low-e低辐射镀膜玻璃 Download PDFInfo
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Abstract
本发明公开了一种具有降低辐射功能的LOW‑E低辐射镀膜玻璃,包括玻璃框架和低辐射玻璃,低辐射玻璃嵌入设置在玻璃框架中,玻璃框架的底端设置有框架底座,框架底座焊接在玻璃框架上,玻璃框架的外表面设置有玻璃夹层,玻璃夹层嵌入设置在玻璃框架中,低辐射玻璃的外表面设置有防粘层,防粘层紧密贴合在低辐射玻璃上,防粘层的后表面设置有安装胶层。一种具有降低辐射功能的LOW‑E低辐射镀膜玻璃,设置有防辐射金属层,通过将防辐射金属层设置在低辐射玻璃的外表面,能够降低进入室内的辐射,从而降低了室内的能量消耗,实现了绿色环保的效果,还能控制可见光透过,从而保持室内的亮度,从而保障了室内生活的舒适性。
Description
技术领域
本发明涉及LOW-E低辐射镀膜玻璃技术领域,具体为一种具有降低辐射功能的LOW-E低辐射镀膜玻璃。
背景技术
由于对阳光的吸收作用,低辐射玻璃窗反射掉的阳光能量可以与普通白玻璃相近,远小于普通的低辐射玻璃窗,被吸收的阳光中的能量,如果能绝大部分散发到室内,则在冬季可以大幅度节约能源,随着时代的进展,科技越来越发达,人们对生活质量的追求也越来越高,因此,具有减低辐射功能的玻璃在日常生活中被广泛应用。
但现有的一种具有降低辐射功能的LOW-E低辐射镀膜玻璃,降低辐射的强度不高,使室内受辐射损害较大,引起家具等的损坏,且对降低辐射薄膜没有保护装置,造成降低辐射的薄膜使用寿命不高。
发明内容
本发明的目的在于提供一种具有降低辐射功能的LOW-E低辐射镀膜玻璃,以解决上述背景技术中提出的降低辐射作用不高的问题。
为实现上述目的,本发明提供如下技术方案:一种具有降低辐射功能的LOW-E低辐射镀膜玻璃,包括玻璃框架和低辐射玻璃,所述低辐射玻璃嵌入设置在玻璃框架中,所述玻璃框架的底端设置有框架底座,所述框架底座焊接在玻璃框架上,所述玻璃框架的外表面设置有玻璃夹层,所述玻璃夹层嵌入设置在玻璃框架中,所述低辐射玻璃的外表面设置有防粘层,所述防粘层紧密贴合在低辐射玻璃上,所述防粘层的后表面设置有安装胶层,所述安装胶层紧密粘合在防粘层上,所述低辐射玻璃的外表面设置有深层染色薄膜,所述深层染色薄膜紧密贴合在低辐射玻璃上,所述低辐射玻璃的后表面设置有真空层,所述真空层紧密贴合在低辐射玻璃上,所述真空层的底端设置有间隔条,所述间隔条贯穿设置在真空层上,所述间隔条的下表面设置有干燥剂,所述干燥剂的上表面固定连接在间隔条上,所述低辐射玻璃的外表面设置有保护帽,所述保护帽紧密贴合在低辐射玻璃上
进一步的,所述玻璃框架的外表面设置有固定器,所述固定器活动连接在玻璃框架上,且固定器可调节。
进一步的,所述安装胶层的后表面设置有阻隔层,所述阻隔层紧密贴合在安装胶层上。
进一步的,所述深层染色薄膜的前表面设置有防辐射金属层,所述防辐射金属层紧密贴合在深层染色薄膜上。
进一步的,所述低辐射玻璃的外表面设置有塑料膜层,所述塑料膜层紧密贴合在低辐射玻璃上,且塑料膜层的颜色透明。
进一步的,所述干燥剂的下表面设置有密封胶,所胡密封胶紧密粘合在干燥剂上。
进一步的,所述低辐射玻璃的外表面设置有微小支持物,所述微小支持物焊接在低辐射玻璃上,且微小支持物可拆卸。
进一步的,所述低辐射玻璃的外表面设置有抽气口,所述抽气口嵌入设置在低辐射玻璃中,且抽气口呈微型“圆形”结构。
与现有技术相比,本发明的有益效果是:一种具有降低辐射功能的LOW-E低辐射镀膜玻璃,设置有防辐射金属层,通过将防辐射金属层设置在低辐射玻璃的外表面,能够降低进入室内的辐射,从而降低了室内的能量消耗,实现了绿色环保的效果,还能控制可见光透过,从而保持室内的亮度,从而保障了室内生活的舒适性,然后设置有塑料膜层,将塑料薄膜紧密贴合在低辐射玻璃的外表面,通过塑料膜层能够保护防辐射金属层,防止防辐射金属层受到划伤擦伤,使防辐射金属层的功效降低,从而节省了重新购置的费用,同时,塑料薄膜的颜色透明,保证了室内的透光度,且在防辐射金属层的前表面设置有组隔层,通过阻隔层能够加强吸收紫外线,也可以保护防辐射金属层,使防辐射金属层免受大气的腐蚀,从而增加低辐射玻璃的使用寿命。
附图说明
图1是本发明的整体结构示意图;
图2是本发明的剖面结构示意图;
图3是本发明的低辐射玻璃结构示意图。
图中:1、玻璃框架,101、玻璃底座,102、框架夹层,103、固定器,104、防粘层,105、安装胶层,106、阻隔层,107、防辐射金属层,108、深层染色薄膜,109、塑料膜层,2、低辐射玻璃,201、真空层,202、间隔条,203、干燥剂,204、密封条,205、微小支持物,206、抽气口,207、保护帽。
具体实施方式
下面将结合本发明实施例中的附图,对本发明实施例中的技术方案进行清楚、完整地描述,显然,所描述的实施例仅仅是本发明一部分实施例,而不是全部的实施例。基于本发明中的实施例,本领域普通技术人员在没有做出创造性劳动前提下所获得的所有其他实施例,都属于本发明保护的范围。
请参阅图1-3,本发明提供一种技术方案:一种具有降低辐射功能的LOW-E低辐射镀膜玻璃,包括玻璃框架1和低辐射玻璃2,低辐射玻璃2嵌入设置在玻璃框架1中,玻璃框架1的底端设置有框架底座101,框架底座101焊接在玻璃框架1上,玻璃框架1的外表面设置有玻璃夹层102,玻璃夹层102嵌入设置在玻璃框架1中,低辐射玻璃2的外表面设置有防粘层104,防粘层104紧密贴合在低辐射玻璃2上,防粘层104的后表面设置有安装胶层105,安装胶层105紧密粘合在防粘层104上,低辐射玻璃2的外表面设置有深层染色薄膜108,深层染色薄膜108紧密贴合在低辐射玻璃2上,低辐射玻璃2的后表面设置有真空层201,真空层201紧密贴合在低辐射玻璃2上,真空层201的底端设置有间隔条202,间隔条202贯穿设置在真空层202上,间隔条202的下表面设置有干燥剂203,干燥剂203的上表面固定连接在间隔条202上,低辐射玻璃2的外表面设置有保护帽207,保护帽207紧密贴合在低辐射玻璃2上
进一步的,玻璃框架1的外表面设置有固定器103,固定器103活动连接在玻璃框架1上,且固定器103可调节,通过固定器103,能够固定玻璃框架1的结构,防止使用时玻璃框架1不稳定对日常的使用造成影响,从而提高了玻璃框架1的使用质量,同时,固定器103能够根据需求调节玻璃框架1,操作灵活。
进一步的,安装胶层105的后表面设置有阻隔层106,阻隔层106紧密贴合在安装胶层105上,通过阻隔层106,能够加强吸收紫外线,也可以保护防辐射金属层107,使防辐射金属层107免受大气的腐蚀,从而增加低辐射玻璃2的使用寿命。
进一步的,深层染色薄膜108的前表面设置有防辐射金属层107,防辐射金属层107紧密贴合在深层染色薄膜108上,通过防辐射金属层107,能够降低进入室内的辐射,从而降低了室内的能量消耗,实现了绿色环保的效果,还能控制可见光透过,从而保持室内的亮度,从而保障了室内生活的舒适性。
进一步的,低辐射玻璃2的外表面设置有塑料膜层109,塑料膜层109紧密贴合在低辐射玻璃2上,且塑料膜层109的颜色透明,通过塑料膜层109,能够保护防辐射金属层107,防止防辐射金属层107受到划伤擦伤,使防辐射金属层107的功效降低,从而节省了重新购置的费用,同时,颜色透明保证了室内的透光度。
进一步的,干燥剂203的下表面设置有密封胶204,所胡密封胶204紧密粘合在干燥剂203,通过密封胶204,能够保持低辐射玻璃2之间的密封性,使真空层201不受到破坏,避免其他外界物质的干扰,影响低辐射玻璃2的使用质量,从而有效提高了降低辐射的强度。
进一步的,低辐射玻璃2的外表面设置有微小支持物205,微小支持物205焊接在低辐射玻璃2上,且微小支持物205可拆卸,通过微小支持物205,能够保持低辐射玻璃2的稳固性,防止使用时低辐射玻璃2振动,容易造成玻璃碎裂,同时,微小支持物205可拆卸有助于清洗工作。
进一步的,低辐射玻璃2的外表面设置有抽气口206,抽气口206嵌入设置在低辐射玻璃2中,且抽气口206呈微型“圆形”结构,通过抽气口206,能够抽出两块低辐射玻璃2之间的空气,使其保持干燥的状态,以免破坏防辐射金属层的结构,影响降低辐射的作用,同时,“圆形”结构改善了外观。
工作原理:首先,在玻璃框架1的底部设置有框架底座101,在玻璃框架1的外表面设置有固定器103,将固定器103与玻璃框架1活动连接,将低辐射玻璃2嵌入设置在玻璃夹层102中,在低辐射玻璃2的外表面设置有抽气口206,通过抽气口206抽出真空层201内的空气,且在抽气口206的外表面设置有保护帽207,避免抽气口206暴露在外,然后,在真空层201的底端设置有间隔条202,在间隔条202的下表面设置有干燥剂203,将密封胶204设置在干燥剂203的下表面,并且在低辐射玻璃2的外表面设置有微小支持物205,保持低辐射玻璃2的稳定性,其次,在低辐射玻璃2的外表面设置有防粘层104,在防粘层104的后表面设置有安装胶层105,将防辐射金属层107紧密贴合在阻隔层106的外表面,且在防辐射金属层107的外表面设置有深层染色薄膜108和塑料膜层109。
尽管已经示出和描述了本发明的实施例,对于本领域的普通技术人员而言,可以理解在不脱离本发明的原理和精神的情况下可以对这些实施例进行多种变化、修改、替换和变型,本发明的范围由所附权利要求及其等同物限定。
Claims (8)
1.一种具有降低辐射功能的LOW-E低辐射镀膜玻璃,包括玻璃框架(1)和低辐射玻璃(2),其特征在于:所述低辐射玻璃(2)嵌入设置在玻璃框架(1)中,所述玻璃框架(1)的底端设置有框架底座(101),所述框架底座(101)焊接在玻璃框架(1)上,所述玻璃框架(1)的外表面设置有玻璃夹层(102),所述玻璃夹层(102)嵌入设置在玻璃框架(1)中,所述低辐射玻璃(2)的外表面设置有防粘层(104),所述防粘层(104)紧密贴合在低辐射玻璃(2)上,所述防粘层(104)的后表面设置有安装胶层(105),所述安装胶层(105)紧密粘合在防粘层(104)上,所述低辐射玻璃(2)的外表面设置有深层染色薄膜(108),所述深层染色薄膜(108)紧密贴合在低辐射玻璃(2)上,所述低辐射玻璃(2)的后表面设置有真空层(201),所述真空层(201)紧密贴合在低辐射玻璃(2)上,所述真空层(201)的底端设置有间隔条(202),所述间隔条(202)贯穿设置在真空层(202)上,所述间隔条(202)的下表面设置有干燥剂(203),所述干燥剂(203)的上表面固定连接在间隔条(202)上,所述低辐射玻璃(2)的外表面设置有保护帽(207),所述保护帽(207)紧密贴合在低辐射玻璃(2)上。
2.根据权利要求1所述的一种具有降低辐射功能的LOW-E低辐射镀膜玻璃,其特征在于:所述玻璃框架(1)的外表面设置有固定器(103),所述固定器(103)活动连接在玻璃框架(1)上,且固定器(103)可调节。
3.根据权利要求1所述的一种具有降低辐射功能的LOW-E低辐射镀膜玻璃,其特征在于:所述安装胶层(105)的后表面设置有阻隔层(106),所述阻隔层(106)紧密贴合在安装胶层(105)上。
4.根据权利要求1所述的一种具有降低辐射功能的LOW-E低辐射镀膜玻璃,其特征在于:所述深层染色薄膜(108)的前表面设置有防辐射金属层(107),所述防辐射金属层(107)紧密贴合在深层染色薄膜(108)上。
5.根据权利要求1所述的一种具有降低辐射功能的LOW-E低辐射镀膜玻璃,其特征在于:所述低辐射玻璃(2)的外表面设置有塑料膜层(109),所述塑料膜层(109)紧密贴合在低辐射玻璃(2)上,且塑料膜层(109)的颜色透明。
6.根据权利要求1所述的一种具有降低辐射功能的LOW-E低辐射镀膜玻璃,其特征在于:所述干燥剂(203)的下表面设置有密封胶(204),所胡密封胶(204)紧密粘合在干燥剂(203)上。
7.根据权利要求1所述的一种具有降低辐射功能的LOW-E低辐射镀膜玻璃,其特征在于:所述低辐射玻璃(2)的外表面设置有微小支持物(205),所述微小支持物(205)焊接在低辐射玻璃(2)上,且微小支持物(205)可拆卸。
8.根据权利要求1所述的一种具有降低辐射功能的LOW-E低辐射镀膜玻璃,其特征在于:所述低辐射玻璃(2)的外表面设置有抽气口(206),所述抽气口(206)嵌入设置在低辐射玻璃(2)中,且抽气口(206)呈微型“圆形”结构。
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