CN206495615U - 设有金刚网的断桥门窗 - Google Patents
设有金刚网的断桥门窗 Download PDFInfo
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- CN206495615U CN206495615U CN201720019254.7U CN201720019254U CN206495615U CN 206495615 U CN206495615 U CN 206495615U CN 201720019254 U CN201720019254 U CN 201720019254U CN 206495615 U CN206495615 U CN 206495615U
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- 239000011521 glass Substances 0.000 claims abstract description 24
- 239000002808 molecular sieve Substances 0.000 claims abstract description 12
- 239000002390 adhesive tape Substances 0.000 claims description 9
- 239000004744 fabric Substances 0.000 claims description 4
- 239000000835 fiber Substances 0.000 claims description 4
- 239000002965 rope Substances 0.000 claims description 4
- 241000256844 Apis mellifera Species 0.000 claims 1
- 230000002262 irrigation Effects 0.000 abstract 1
- 238000003973 irrigation Methods 0.000 abstract 1
- 239000010410 layer Substances 0.000 description 30
- 229910052782 aluminium Inorganic materials 0.000 description 10
- XAGFODPZIPBFFR-UHFFFAOYSA-N aluminum Chemical compound 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- 239000011229 interlayer Substances 0.000 description 1
- JEIPFZHSYJVQDO-UHFFFAOYSA-N iron(III) oxide Inorganic materials 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Abstract
本实用新型公开了一种设有金刚网的断桥门窗，旨在提供一种能够减小淋雨几率的设有金刚网的内倒断桥门窗，其技术方案要点是：包括窗体、框体，所述窗体底端与框体铰接，铰接端位于窗体与框体面向室内一侧；窗体面向室外一侧设有金刚网；窗体上设有中空玻璃，所述中空玻璃包括玻璃层、玻璃层之间的中空层、位于中空层内与两侧玻璃层抵触的密闭组件；所述密闭组件包括相互抵触的分子筛和玻璃垫片；所述中空层内设置有用于阻隔光线的百叶窗。如此设置，断桥门窗开启时内倒，避免下雨时与雨水大面积接触。密闭组件在防尘的同时限位玻璃层和百叶窗，金刚网强度高，防破坏能力强，起到保护人身财产安全的作用。
Description
设有金刚网的断桥门窗
技术领域
[0001]本实用新型涉及建筑门窗技术领域，更具体地说，它涉及一种设有金刚网的断桥 门窗。
背景技术
[0002]断桥门窗，是一种采用隔热断桥铝型材和中空玻璃作为主要结构的建筑门窗，具 有节能、隔音、防噪、防尘、防水等功能。按开启方式可分为固定窗、上悬窗、下悬窗、平开门 窗、推拉门窗等;按性能可分为隔声型门窗、保温型门窗；按应用部位可分为内门窗和外门 窗。断桥门窗相比于普通的门窗而言具有节能、保护环境、降低噪音等众多优点，因而发展 迅速。
[0003] 目前，申请号为201520396713.4的中国专利公开了一种木包铝外开带金刚网一体 窗，它包括窗体、框体、金刚网，金刚网嵌入窗体，窗体与框体铰接，金刚网与窗体为一体设 置，开关窗户时金刚网随窗体开合而开合。
[0004] 这种木包铝外开带金刚网一体窗虽然满足了产品结构牢固，通风性好的要求，但 是这种一体窗由于金刚网固定设置在平开窗外，当窗户打开而天气下雨时，金刚网完全暴 露于雨水中，加快老化。 实用新型内容
[0005] 本实用新型的目的是提供一种能够减小淋雨几率的设有金刚网的内倒断桥门窗。
[0006] 本实用新型的上述技术目的是通过以下技术方案得以实现的：
[0007] 一种设有金刚网的断桥门窗，包括窗体、框体，所述窗体底端与框体铰接，铰接端 位于窗体与框体面向室内一侧的墙体上；窗体面向室外一侧设有金刚网；窗体上设有中空 玻璃，所述中空玻璃包括玻璃层、玻璃层之间的中空层、位于中空层内与两侧玻璃层抵触的 密闭组件;所述密闭组件包括相互抵触的分子筛和玻璃垫片;所述中空层内设置有用于阻 隔光线的百叶窗。
[0008] 如此设置，窗体面向室内一侧与框体铰接，使断桥门窗开启时内倒，若要向外倒 时，则受到墙体的阻碍，使断桥门窗只能内倒，内倒后，背离地面一侧的金刚网位于室内，与 墙壁形成三角状的区域，该处不易沾到雨水，减小下雨时与雨水的接触面积。百叶窗在光线 过于强烈时遮光，光线不强烈时，将百叶窗开启后，由金刚网采光。密闭组件在防尘的同时 限位玻璃层和百叶窗，百叶窗安装于中空玻璃的中空层内，能够最大程度地防止灰尘沾染 叶片，起到免清洗的效果，使用方便。金刚网强度高，防破坏能力强，起到保护人身财产安全 的作用。
[0009] 进一步设置:所述百叶窗包括叶片和用于控制叶片角度的电动按钮，电动按钮设 置在框体上。
[0010] 如此设置，电动控制叶片角度能够达到精准的采光要求。
[0011] 进一步设置:所述中空玻璃面向室外一侧设有外层玻璃，外层玻璃与中空玻璃之 间设有限位胶条，金刚网嵌设于限位胶条内。
[0012] 如此设置，金刚网被限位胶条固定，外层玻璃对金刚网起到防尘的作用，减少与雨 水等外界因素的接触，延长使用寿命。
[0013] 进一步设置:所述百叶窗还包括用于开闭百叶窗的连杆机构和串联在叶片上与连 杆机构相接的梯绳。
[0014] 如此设置，连杆机构连接百叶窗和开关，通过开关控制连杆机构的运转，带动梯绳 拉动叶片，从而调节叶片的角度。
[0015] 进一步设置:所述框体包括第一框体和第二框体，第一框体和第二框体上设置有 燕尾槽，所述框体还包括用于隔热的断桥，所述断桥两端设置有楔形端，楔形端嵌入燕尾槽 中固定。
[0016] 如此设置，断桥用于隔绝导热性能高的材质上的热能，减小热传递，降低断桥门窗 由于温度影响而产生的形变。断桥型材上的燕尾槽和断桥两端的楔形端形状契合，安装方 便且不易脱落。
[0017] 进一步设置:所述窗体采用铝和木材配合制成。
[0018] 如此设置，铝材导热性高，硬度低，易变性，木材与铝材配合制成的断桥门窗能够 防止室外温度由断桥门窗的框架结构传入室内。
[0019] 进一步设置:所述百叶窗采用蜂巢式纤维布百叶窗。
[0020] 如此设置，蜂巢式百叶窗有两层或多层，能够在隔层中存储空气，提高隔音隔热性 能，纤维布的降噪效果更明显。
[0021] 进一步设置:所述中空玻璃的中空层设为真空层。
[0022] 如此设置，真空设置能够最大限度地阻隔声音和热能。
附图说明
[0023] 图1为设有金刚网的断桥门窗的俯视剖面结构示意图；
[0024] 图2为设有金刚网的断桥门窗的正面示意图。
[0025] 图中：1、金刚网；2、窗体;3、框体;31、第一框体;32、第二框体;4、中空玻璃;41、玻 璃层;42、中空层;43、密闭组件;431、分子筛;432、玻璃垫片;5、百叶窗;51、叶片；52、电动按 钮;6、外层玻璃;7、限位胶条;8、断桥;9、楔形端；10、燕尾槽;11、铰接端。
具体实施方式
[0026] 参照图1至图2对设有金刚网1的断桥门窗做进一步说明。
[0027]实施例1，参考图2,一种设有金刚网1的断桥门窗，包括框体3,框体3包括第一框体 31和第二框体32,第一框体31和第二框体32上设置有燕尾槽10,框体3还包括用于隔热的断 桥8。建筑物外围护结构与外界进行热量传导时，由于围护结构中的某些部位的传热系数明 显大于其他部位，使得热量集中地从这些部位快速传递，从而增大了建筑物的空调、采暖负 荷及能耗。断桥8用于隔绝导热性能高的材质上的热能，减小热传递，在断桥门窗中设置断 桥8，能够减小断桥门茵由于温度影响而广生的形变。
[0028] 参考图1，断桥S两端设置有楔形端9,楔形端9嵌入燕尾槽10中固定。燕尾槽10底部 大开口小，与断桥8两端的楔形端9形状吻合，安装时，将断桥8自燕尾槽10两侧推入，安装完 成后断桥8不能从燕尾槽10槽口处拔出，且不需要其他紧固件或紧固手段，安装方便，结构 稳固，使用安全。断桥8两端设置有楔形端9,楔形端9嵌入燕尾槽1〇中固定。断桥8型材上的 燕尾槽10和断桥8两端的楔形端9形状契合，安装方便且不易脱落。
[0029] 参考图1，窗体2上设有中空玻璃4,所述中空玻璃4包括玻璃层41、玻璃层41之间的 中空层42、位于中空层42内与两侧玻璃层41抵触的密闭组件43;所述密闭组件43包括相互 抵触的分子筛431和玻璃垫片似2,所述分子筛431嵌设抵触于玻璃垫片432内；密闭组件43 设置在玻璃层41边缘，将玻璃层41内的中空层42与外界隔绝，防止灰尘或雨水进入中空层 42污染百叶窗5。玻璃垫片432位于分子筛431外层，具有更优良的弹性和防护性能，分子筛 431与玻璃垫片432接触的一端为楔形，嵌入玻璃垫片432后限位稳固。分子筛431两侧与玻 璃层41抵触的位置还设有微小凹槽，在微小凹槽处填充胶水加以稳固。
[0030]中空层42内设置有用于阻隔光线的百叶窗5，百叶窗5能够阻隔室外的强光，同时 保护室内的个人隐私。目前许多建材如地板类对光线要求严格，过于炽烈的光线使其加速 老化甚至形变失效，百叶窗5能够保护建材不受强光影响，延长使用寿命。
[0031] 参考图2,百叶窗5包括叶片51和开关，叶片51设于中空玻璃4的中空层42内，叶片 51两端抵触于分子筛431上，叶片51两端与分子筛431可拆卸连接；开关设置于中空玻璃4 夕卜。百叶窗5安装于中空玻璃4的两层玻璃之间的空隙内，能够最大程度地防止灰尘沾染叶 片51，起到免清洗的效果，使用方便。百叶窗5长期照射强光易老化，叶片51与分子筛431的 可拆卸采用螺钉连接，既可以防止门窗开合过程中百叶窗5震动，又可以将损坏的百叶窗5 拆下更换。中空玻璃4外的开关便于调节叶片51角度，能够根据室外光线的强烈程度调节百 叶窗5的叶片51角度，使室外光线合理地照射进来。
[0032] 中空玻璃4面向室外一侧设有外层玻璃6，外层玻璃6与中空玻璃4之间设有限位胶 条7,金刚网1嵌设于限位胶条7内。金刚网1采用材质为304不锈钢丝制成，具有很高的防破 坏能力。在门窗上设置金刚网1能有效保护人身财产安全。将金刚网1设置在玻璃内，能够延 缓金刚网1起锈速度。胶条具有缓冲作用，金刚网1刚度大，嵌设于胶条中能够减小发生撞击 时的刚性冲击，被安全限位在门窗上。
[0033] 较接的结构采用合页，合页位于室内的墙壁上，如此当合页转动时，向室外转动时 受到墙壁的阻碍，向室内转动时不受阻碍，故被限制为仅能向室内转动。
[0034] 百叶窗5为电动控制，控制叶片51角度的电动按钮52设置在框体3上。电动控制能 够精准地确定叶片51翻过角度，达到精准的采光要求。电动百叶窗5能够快速呼应所需操 作；电动百叶窗5还具有多种不同档的开启和关闭速度，不同场合可选用不同速度。断电时， 手动开启及关闭系统。
[0035] 百叶窗5采用蜂巢式纤维布百叶窗5。蜂巢式百叶窗5是一种特殊结构的百叶窗5， 它设有两层甚至多层的叶片51，叶片51与叶片51之间有空气间隙，能够更好地隔音隔热，效 果强于一般单片的叶片51。
[0036] 中空玻璃4的中空层42设为真空层，中空设置是目前可靠度极高的一种隔音隔热 方式之一。
[0037] 该设有金刚网1的断桥门窗还包括窗体2,窗体2底端与框体3铰接，铰接端11位于 窗体2与框体3面向室内一侧，使断桥8门窗开启时内倒，避免下雨时与雨水大面积接触。 [0038]该设有金刚网1的断桥门窗采用铝和木材配合制成。目前市面上的断桥门窗多设 置为断桥铝门窗，铝材虽然比重小，质量轻，但是铝材的导热性好，铝材制成的断桥门窗框 架易将室外的髙温或低温导入室内影响舒适度。本实用新型中采用铝材和木材配合制造， 既能够满足轻便的要求，木材的绝热性也能够达到隔温的效果。
[0039]本实用新型中的五金件采用德国诺托系列的产品。本实用新型安装〃U-12〃槽合 页，安装简单，木料利用率高，加工容易，本窗型外观豪华、高档，适合高档住宅，别墅。
[0040]实施例2: —种设有金刚网1的断桥门窗，本实施例与实施例1的区别在于，还设有 用于通风的新风系统。新风系统作为一种现有技术，未在图中标示；参考专利申请号为 20〇n〇059603 • 9的窗机室外新风引入的结构，将其设置在设有金刚网丨的断桥门窗上达到 通风效果。普通门窗只能在非密闭的环境下达到通风效果，新风系统设有能够主动换气的 风机，由风机一侧向室内送风，风机另一侧向室外排出空气，从而在任意室内形成新风流动 场，在送风的同时对进入室内的空气进行过滤、杀菌等处理，避免室内家具衣物霉变。
[0041]以上实施例1、实施例2中，百叶窗5改变角度的原理是其设有的连杆机构作用带动 叶片51。百叶窗5的传动方式，包括连杆机构与梯绳等，均为现有技术，具体参照申请号为 201510233142.7的专利文件，本实施例和附图中不再具体阐述。
[0042]以上实施例中的连杆机构均选用德国诺托系列的产品。德国诺托门窗五金的产品 系列种类多，质量保证年限长，能够满足多种开启要求和不同材质门窗的应用要求。该内置 百叶的断桥8窗体2为内开内倒结构，安装〃 U-12〃槽合页。内开内倒窗体2在雨天也能开窗通 风，不用担心大量雨水派入室内，同时能够优化通风性能，提高安全性，易于清洁。
[0043]本实用新型安装简单，木料利用率高，加工容易，本窗型外观豪华、高档，适合高档 住宅，别墅。
[0044]上述的具体实施例仅仅是对本实用新型的解释，其并不是对本实用新型的限制， 本领域技术人员在阅读完本说明书后可以根据需要对本实施例做出没有创造性贡献的修 改，但只要在本实用新型的权利要求范围内都受到专利法的保护。
Claims (7)
1. 一种设有金刚网的断桥门窗，包括窗体(2)、框体(3)，其特征在于:所述窗体(2)底端 与框体(3)铰接，铰接端（11)位于窗体⑵与框体⑶面向室内一侧的墙体上;窗体⑵面向 室外一侧设有金刚网（1);窗体(2)上设有中空玻璃(4)，所述中空玻璃(4)包括玻璃层(41)、 玻璃层（41)之间的中空层（42)、位于中空层（42)内与两侧玻璃层（41)抵触的密闭组件 (43);所述密闭组件(43)包括相互抵触的分子筛(431)和玻璃垫片(432);所述中空层(42) 内设置有用于阻隔光线的百叶窗(5)。
2. 根据权利要求1所述的设有金刚网的断桥门窗，其特征在于:所述百叶窗(5)包括叶 片(51)和用于控制叶片(51)角度的电动按钮(52)，电动按钮(52)设置在框体⑶上。
3. 根据权利要求1所述的设有金刚网的断桥门窗，其特征在于:所述中空玻璃(4)面向 室外一侧设有外层玻璃(6)，外层玻璃(6)与中空玻璃(4)之间设有限位胶条(7)，金刚网（1) 嵌设于限位胶条(7)内。
4. 根据权利要求1所述的设有金刚网的断桥(8)门窗，其特征在于:所述百叶窗(5)还包 括用于开闭百叶窗(5)的连杆机构和串联在叶片(51)上与连杆机构相接的梯绳。
5.根据权利要求1所述的设有金刚网的断桥门窗，其特征在于:所述框体(3)包括第一 框体C31)和第二框体(32)，第一框体(31)和第二框体(32)上设置有燕尾槽（1〇)，所述框体 (3)还包括用于隔热的断桥(8)，所述断桥(8)两端设置有楔形端(9)，楔形端(9)嵌入燕尾槽 (1〇)中固定。
6. 根据权利要求1所述的设有金刚网的断桥门窗，其特征在于:所述百叶窗(5)采用蜂 窝式纤维布百叶窗。
7. 根据权利要求1所述的设有金刚网的断桥门窗，其特征在于:所述中空玻璃(幻的中 空层(42)设为真空层。
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