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    • 71. 发明授权
    • 회전 차양판을 갖는 다중 유리창
    • 多光玻璃与可旋转的SUN VISOR
    • KR101141188B1
    • 2012-05-23
    • KR1020110081723
    • 2011-08-17
    • 주식회사 일강케이스판
    • 표기조
    • E06B3/677E06B9/36
    • E06B9/264E06B2009/2643
    • PURPOSE: A multi-glass window having a rotary sun visor is provided to control the amount of sunlight flowing into an indoor space by controlling multiple shade plates at desired angles. CONSTITUTION: A multi-glass window having a rotary sun visor comprises a pair of shaft supports(100), rotary shafts(200), shade plates(300), and rotating units(400). The shaft supports are arranged in a closed space to face each other. The closed space is formed between glasses(G) fixed by frames(F). The shaft support has multiple shaft holes(110). The rotary shafts are rotatably inserted into the shaft holes. The shade plates are connected to the rotary shafts and rotated with the rotary shafts. The rotating units are arranged to be continuous to the shaft support and rotate the rotary shafts.
    • 目的:提供具有旋转遮阳板的多窗玻璃窗,通过以所需的角度控制多个遮光板来控制流入室内空间的阳光量。 构成:具有旋转遮阳板的多玻璃窗包括一对轴支撑件(100),旋转轴(200),遮光板(300)和旋转单元(400)。 轴支撑件被布置在彼此面对的封闭空间中。 在由框架(F)固定的眼镜(G)之间形成封闭空间。 轴支撑件具有多个轴孔(110)。 旋转轴可旋转地插入轴孔中。 遮光板连接到旋转轴并与旋转轴一起旋转。 旋转单元布置成与轴支撑件连续并旋转旋转轴。
    • 72. 发明授权
    • 유,무색 유체 순환구조의 복층유리판넬을 이용한 창문 및 도어
    • 使用多层玻璃板的窗户和门彩色和无色的流体循环结构
    • KR101142563B1
    • 2012-05-08
    • KR1020110046182
    • 2011-05-17
    • 박일흥
    • 박일흥
    • E06B3/677E06B3/263E06B3/46E06B5/20
    • E06B3/677E06B3/263E06B3/469
    • PURPOSE: A window and a door using a multi-layered glass panel of a color or colorless fluid circulation structure are provided to improve indoor environment by uniformly maintaining indoor temperature regardless of the weather. CONSTITUTION: A window and a door using a multi-layered glass panel of a color or colorless fluid circulation structure are composed as follows. Anti-freezing solution transfer cylinders(50a,50b) are connected to the inlet and outlet of a window glass through a connecting pipe(P) and drain an anti-freezing solution. The anti-freezing solution transfer cylinders are installed in a window frame(7). An anti-freezing solution storage tank(10), a heat exchange unit(20), and an anti-freezing solution supply unit(30) are connected to the anti-freezing solution transfer cylinders. A temperature indicating logo(63) is printed on the window glass. The edge color of the logo is changed depending on the temperature of the anti-freezing solution.
    • 目的:提供一种使用彩色或无色流体循环结构的多层玻璃面板的窗户和门,通过均匀地保持室内温度来改善室内环境,而不管天气如何。 构成:使用彩色或无色流体循环结构的多层玻璃面板的窗和门组成如下。 防冻溶液转移缸(50a,50b)通过连接管(P)连接到窗玻璃的入口和出口,并排出防冻溶液。 防冻溶液转移筒安装在窗框(7)中。 防冻溶液储存罐(10),热交换单元(20)和防冻溶液供应单元(30)连接到防冻溶液转移缸。 温度指示标志(63)印在窗玻璃上。 标识的边缘颜色根据防冻液的温度而变化。
    • 74. 发明公开
    • Insulation window having a double layered glass structure
    • 具有双层玻璃结构的绝缘窗
    • KR20120035256A
    • 2012-04-16
    • KR20100096624
    • 2010-10-05
    • KOREA ELECTRONICS TECHNOLOGY
    • SHIN KWON WOOSUH MOON SUHKCHO JIN WOOHAN JONG HUNKIM SEON MIN
    • E06B3/677
    • E06B3/677E06B3/54Y02B10/20Y02B80/24Y02B80/50
    • PURPOSE: An insulation window having a double layered glass structure is provided to efficiently shield inflow of sunlight energy into the indoor and sunlight hotwires by blocking near-infrared rays and far-infrared rays and have excellent insulation effect in the summer and the winter season. CONSTITUTION: An insulation window having a double layered glass structure includes an outer window(110), an inner window(210), a near-infrared ray absorption layer(120), a far-infrared ray reflection layer(220). The inner window is installed to be faced with the outer window. The near-infrared ray absorption layer is coated on the inner surface of the outer window which is faced to the inner window. The near-infrared ray absorption layer absorbs the near-infrared rays which is applied from external light and penetrated through the outer window. The far-infrared ray reflection layer is coated in the inner surface of the inner window which is faced to the near-infrared ray absorption layer. The far-infrared ray reflection layer reflects the far-infrared rays which are penetrated not to be absorbed by the near-infrared ray absorption layer.
    • 目的:提供具有双层玻璃结构的绝缘窗,通过阻挡近红外线和远红外线有效地屏蔽阳光能量进入室内和阳光热线,并在夏季和冬季节能保持良好的隔热效果。 构成:具有双层玻璃结构的绝缘窗包括外窗(110),内窗(210),近红外线吸收层(120),远红外线反射层(220)。 内窗安装为面向外窗。 近红外线吸收层被涂覆在面向内窗的外窗的内表面上。 近红外线吸收层吸收从外部光施加并穿过外窗的近红外线。 远红外线反射层被涂覆在面向近红外线吸收层的内窗的内表面。 远红外线反射层反射穿透不被近红外线吸收层吸收的远红外线。
    • 75. 发明公开
    • 결로가 적으며 기존의 창틀에 덧붙이기 쉬운 창틀구조
    • 窗口结构
    • KR1020120010310A
    • 2012-02-03
    • KR1020100071733
    • 2010-07-26
    • 최종실
    • 최종실
    • E06B3/677E06B3/24
    • Y02A30/25Y02B80/24E06B3/677E06B3/66314E06B3/67317
    • PURPOSE: A window-frame structure is provided to immediately absorb moisture from a space between glasses by a difference between inner and outer temperatures. CONSTITUTION: A window-frame structure is as follows. An air outlet(13) is formed on a middle frame between glasses. A rubber frame(16) is inserted into the outer part of the middle frame. The frame makes tight contact with glasses(11,14,15). Air is emitted through the air outlet on the middle frame to form a vacuum state. The top of the middle frame is covered with a metallic upper plate. A plurality of discharge ports are formed along the upper plate. The middle frame is filled with absorbent.
    • 目的:提供一个窗框架结构,以便通过内外温度的差异立即吸收玻璃之间的空间中的水分。 构成:窗框结构如下。 空气出口(13)形成在眼镜之间的中间框架上。 橡胶框架(16)插入中间框架的外部部分。 框架与眼镜紧密接触(11,14,15)。 空气通过中间框架上的出风口排出,形成真空状态。 中间框架的顶部覆盖有金属上板。 沿着上板形成多个排出口。 中间框架充满吸收剂。
    • 76. 发明公开
    • 2개의 진공펌프를 이용한 진공복층유리 및 제조방법
    • 双眼真空窗和使用两台真空泵的制造工艺和方法
    • KR1020120008752A
    • 2012-02-01
    • KR1020100069791
    • 2010-07-20
    • 주식회사 좋은나라
    • 권영화
    • C03C27/06E06B3/677E06B3/66B32B17/00
    • Y02A30/25Y02B80/24E06B3/677E06B3/6612E06B3/67
    • PURPOSE: Vacuum pair glass using two vacuum pumps and a method for manufacturing the same are provided to shorten manufacturing lead time by generating a vacuum state at the room temperature in a clean-room using two vacuum pumps and implementing a sealing operation at the room temperature. CONSTITUTION: Two plate glasses are fixed by arranging five circular bridges(12) in pair glass(11). Two vacuum pump tubes(15) are inserted to both sides of the pair glass. A vacuum state is generated inside of the pair glass through first and second vacuum exhausts. In case of the vacuum exhausts, a vacuum pump is used instead of a vacuum chamber. The vacuum exhausts are implemented at the room temperature. The vacuum pump tubes are cut, and a sealing operation is implemented.
    • 目的:提供使用两台真空泵的真空对玻璃及其制造方法,以通过在室内使用两台真空泵在室内产生真空状态来缩短制造周期,并在室温下实施密封操作 。 构成:通过在对玻璃(11)中布置五个圆形桥(12)来固定两个平板玻璃。 两个真空泵管(15)插入对玻璃的两侧。 通过第一和第二真空排气在一对玻璃内产生真空状态。 在真空排气的情况下,使用真空泵代替真空室。 真空排气在室温下实现。 切割真空泵管,实施密封操作。
    • 77. 发明公开
    • [이산화 탄소를 주입한 투명 복층유리]
    • 透明双重玻璃注射二氧化碳气体
    • KR1020110128221A
    • 2011-11-29
    • KR1020100047756
    • 2010-05-21
    • 윤지현
    • 윤지현강은비박정운
    • C03C27/06E06B3/66E06B3/677B32B17/00
    • E06B3/677E06B3/67
    • PURPOSE: Transparent pair glass with injected carbon dioxide is provided to cost effectively improve the heat insulating characteristic of the pair glass and save energy by injecting carbon dioxide into the transparent glass plate of the pair glass. CONSTITUTION: Transparent pair glass with injected carbon dioxide includes two or more transparent glass plates(1) and a transparent heat insulating material(2) injected between the glass plates. The thermal conductivity of the transparent heat insulating material is 0.014W/mK. The transparent heat insulating material is carbon dioxide with a greenhouse effect, and the carbon dioxide is collected based on a CCS technology.
    • 目的:提供具有注入二氧化碳的透明对玻璃,以便成本有效地提高对玻璃的绝热特性,并通过将二氧化碳注入玻璃板的透明玻璃板来节省能源。 构成:具有注入二氧化碳的透明对玻璃包括两个或更多个透明玻璃板(1)和注入玻璃板之间的透明隔热材料(2)。 透明绝热材料的导热系数为0.014W / mK。 透明隔热材料是具有温室效应的二氧化碳,基于CCS技术收集二氧化碳。
    • 78. 发明公开
    • 복층시스템 창문프레임
    • 配对框架的框架
    • KR1020110118190A
    • 2011-10-31
    • KR1020100037641
    • 2010-04-23
    • 박종태
    • 박종태
    • E06B3/66E06B3/663E06B3/677E06B3/263
    • E06B3/663E06B3/263E06B3/677
    • 종래는 별도의 복층유리를 제작하여 창문프레임에 복층유리를 끼우는 것이 특징이나 본 발명은 싱글 유리판이나 기타 마감재 및 열 반사판(이하 마감판 이라함)을 창문프레임에 마감판(31)을 부착하면 복층판이 형성되는 복층시스템 창문프레임(100)에 관한 것입니다.
      상기의 복층시스템 창문프레임(100)은 가이드레일 유입 홈부(23)와 마감판(31)을 부착하는 마감판 부착부(22)로 이루어지고, 마감판 부착부(22)는 간봉부(60)를 사이에 두고 하부 측 단부에 돌출한 하단부착면(70)을 두고, 간봉부(60)의 상단 면에는 상단부착면(75)이 계단형태로 이루어지도록 하고, 상기 간봉부(60)에 건습제(26)를 주입하고 하단부착면(70)과 상단부착면(75)에 마감판을 부착하고 실리콘(36)으로 기밀하게 처리하면 상하 마감판(31)의 내측 공간에 건조공기층(34)이 형성되는 것으로 마감판(31)을 창문프레임에 직접 부착하여 복층판을 이루는 것을 특징으로 하는 복층 시스템 창문프레임(100)입니다.
      상기 복층시스템 창문프레임(100)의 개발로 창문프레임(100)에 직접 마감판을 부착하면 복층판이 형성되는 창문으로 제작공정이 한 단계 절감되어 생산 공정이 단축되고 마감판을 직접 창문프레임에 부착하므로 생산 오차를 줄여주고 창문제작의 생산원가가 획기적으로 절감되는 효과가 있습니다.
    • 80. 发明公开
    • A FUNCTION WINDOW OPENING AND SHUTTING SYSTEM OF A CAR OR STRUCTURE OBJECT AND OTHER
    • 汽车或结构物体的功能窗口打开和关闭系统和其他
    • KR20100011965A
    • 2010-02-03
    • KR20090112975
    • 2009-11-23
    • HA GWANG ROK
    • HA GWANG ROK
    • E06B3/677B60J1/00
    • E06B3/677B60J1/00E06B7/02E06B9/52
    • PURPOSE: A functional window opening and shutting system for a vehicle and a structure is provided to effectively open and shut a window without a driving force. CONSTITUTION: A functional window opening and shutting system for a vehicle and a structure comprises lattice holes, a tempered glass film, and opening and shutting assistance devices. The lattice holes are formed with a certain size and shape in consideration of aerodynamics. The tempered glass film is partly attached so that the lattice holes can be endured by external force. The opening and shutting assistance devices are installed indoor and outdoor, and composed of a transparent material and a translucent material.
    • 目的:提供一种用于车辆和结构的功能性窗户打开和关闭系统,以有效地打开和关闭没有驱动力的窗户。 构成:用于车辆和结构的功能性窗户打开和关闭系统包括格子孔,钢化玻璃膜和打开和关闭辅助装置。 考虑到空气动力学,格孔形成一定的尺寸和形状。 强化玻璃膜部分地附接,使得格子孔可以通过外力来承受。 打开和关闭辅助装置安装在室内和室外,由透明材料和半透明材料组成。