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    • 1. 发明公开
    • 창호용 빗물 유입방지 장치
    • KR20180040815A
    • 2018-04-23
    • KR20160132568
    • 2016-10-13
    • HWANG IN SUNG
    • HWANG IN SUNG
    • E06B7/26
    • E06B7/26E05Y2800/428
    • 본발명은창호용빗물유입방지장치에관한것으로서, 특히방충망의뒤쪽또는안쪽에설치되어빗물이실내로유입되는것을방지하는창호용빗물유입방지장치에관한것이다. 본발명의창호용빗물유입방지장치는, 창호에장착되는사각형상의프레임과; 수평방향으로길게형성되어양단이상기프레임에결합되고, 상하방향으로이격되면서경사지게배치되는다수개의경사판;을포함하여이루어지되, 상기프레임은, 상기경사판의양단이결합되는세로부재와; 상기세로부재를연결하는가로부재;로이루어지고, 상기경사판의가로길이는상호이격된상기세로부재내측면사이의이격거리보다길며, 상기세로부재의내측면에는다수개의삽입공이상부에서하부로경사지게형성되고, 상기삽입공에는상기경사판의양단이탈착가능하게삽입되어경사지게배치되는것을특징으로한다.
    • 4. 发明授权
    • 기밀성 및 수밀성이 향상된 창호시스템
    • AIRTIGHTNESS和WATER TIGHTNESS是改进的窗户和门系统
    • KR101499085B1
    • 2015-03-05
    • KR1020140076348
    • 2014-06-23
    • (주)윈가람
    • 이형주
    • E06B7/16E06B7/14E06B3/263E06B3/46
    • E06B7/16E05Y2800/428E06B3/263E06B3/46E06B7/14
    • 본 발명은 기밀성 및 수밀성이 향상된 창호시스템에 관한 것으로, 레일마감부재 양측의 창틀과 창짝에 형성되어서 실내 및 실외를 4중으로 차단하는 방풍부와, 창틀에 형성되어서 창짝의 창문틀 외면을 따라 흐르는 빗물이 창틀의 내부로 유입되는 것을 차단하는 빗물유입방지부와, 창틀에 설치되어서 외기가 배수구멍을 통해 실내로 유입되는 것을 차단하는 역류방지부가 구비된다.
      따라서, 창짝 및 창틀 사이의 틈새가 4중 차단 구조를 갖는 방풍부로 차단되어 있기 때문에 외기가 실내로 유입되지 못하도록 확실하게 차단되며, 이에 따라 기밀성 및 수밀성이 극대화된다.
    • 本发明涉及一种具有改进的气密性和防水性的门窗系统,包括:防风部分通过形成在轨道整理构件的两侧的窗框和窗玻璃中而在内部和外部阻挡四次; 雨水流入防止部,通过在窗框中形成而阻挡雨水通过窗玻璃的窗台的外表面流入窗框; 以及逆流防止部,通过安装在窗框中,使室外空气不会通过排水孔进入室内。 由于窗玻璃和窗框之间的空间被具有四重阻挡结构的防风部分阻挡,所以室外空气被完全防止进入室内。 因此,本发明能够使气密性和防水性最大化。
    • 6. 发明授权
    • 유리창 고정막대 고정구조의 스테인리스 단열창호 프레임
    • 固定不锈钢杆固定在窗框绝缘窗和门的结构
    • KR101422815B1
    • 2014-07-28
    • KR1020130168476
    • 2013-12-31
    • (주)영남유리산업
    • 김영석
    • E06B3/267E06B1/36E04H9/14E06B7/16
    • E06B3/267E05Y2800/428E06B1/36E06B7/16
    • The present invention relates to a stainless steel heat insulation window frame of a structure of fixing a window fixing rod, and the objective of the present invention is to construct a window more easily by constituting a window fixing rod fixed through a fixing screw to a heat insulation block in a heat insulation member of a heat insulation window frame where a stainless steel reinforced frame is comprised in an outer surface of the heat insulation member. For this, the stainless steel heat insulation window frame of the present invention includes: a PVC heat insulation member which is constituted with a structure of molding an inner heat insulation block and an outer heat insulation block integrally which are formed separately from each other by a barrier formed in the front and the rear of a window supporting block, as an inner surface of the outer heat insulation block is more protruded rather than an inner surface of the inner heat insulation block and the window supporting block constituted with the same horizontal plane; a window supporting part which has surface contact with a cross section of the window by being constructed and formed at an end of a supporting bar horizontally and integrally which is protruded on the inner surface from a center of an inner space of the window supporting block; a stainless steel inner reinforced frame which is bent and combined to a lower plane and the supporting bar of the window supporting block and a groove where the window supporting part is formed, from the outer side of the inner heat insulation block constituting the heat insulation member, via the rear and the lower plane; a stainless steel outer reinforced frame which is bent and combined to the lower plane and the supporting bar of the window supporting block and the groove where the window supporting part is formed, from the outer side of the outer heat insulation block constituting the heat insulation member, via the front, the lower plane and the rear; and a window fixing rod which makes the window be fixed between the rear of the outer heat insulation block and the inner side of the inner heat insulation block of the heat insulation member by being fixed on the inner side of the inner heat insulation block through a rod fixing unit.
    • 本发明涉及一种固定窗户固定杆结构的不锈钢隔热窗框,本发明的目的是通过将通过固定螺钉固定到热的窗户固定杆来更容易地构造窗户 隔热窗框架的绝热构件中的绝缘块,其中不锈钢增强框架包括在隔热构件的外表面中。 为此,本发明的不锈钢隔热窗框架包括:PVC隔热构件,其由将内部绝热块和外部隔热块成型为一体的结构构成,该隔热构件通过一个 作为外部隔热块的内表面,形成在窗户支撑块的前后的阻挡层比内部隔热块和由相同水平面构成的窗户支撑块的内表面更突出; 窗口支撑部分通过水平和一体地构造并形成在支撑杆的端部处,与窗户的横截面具有表面接触,窗口支撑部分从窗户支撑块的内部空间的中心突出在内表面上; 从构成绝热构件的内部绝热块的外侧将不锈钢内侧加强框架弯曲并组合到下部平面以及窗口支撑块的支撑杆和形成有窗口支撑部的槽 ,通过后面和下部平面; 从构成绝热构件的外部绝热块的外侧弯曲并组合到窗口支撑块的下部平面和支撑杆的不锈钢外部增强框架和形成有窗口支撑部的槽, ,通过前面,下平面和后方; 以及窗口固定杆,其通过固定在内部隔热块的内侧,通过固定在外部绝热块的后部与绝热构件的内部绝热块的内侧之间来固定窗口 杆固定单元。
    • 7. 发明授权
    • 시스템 창호의 단열장치
    • 热绝缘装置的系统窗口课程
    • KR101421979B1
    • 2014-07-23
    • KR1020130014557
    • 2013-02-08
    • 주식회사 글로윈스
    • 박영배
    • E06B3/267E06B7/16E06B5/20
    • E06B3/267E05Y2201/686E05Y2201/718E05Y2800/422E05Y2800/428E06B5/20E06B7/16
    • The present invention relates to a heat insulation deice of a system window. A flexible gasket is installed on four border sides facing each other of a pair of a window frames installed on the inside of a window frame, and bevel gears are installed on the inner rotation shaft of each window frame handle. A rotation block is installed on upper and lower elongation shafts, and the rotation block on the other side are connected to the upper and lower shafts by a link to rotate the upper and lower rotation blocks on both sides, thus pushing the window frame toward a central dividing protrusion. Thereby, the upper, lower, and lateral sides are pressurized toward the central dividing protrusion, and the flexible gaskets can be attached to each other to be sealed.
    • 本发明涉及一种系统窗口的隔热设备。 柔性垫圈安装在安装在窗框内侧的一对窗框相对的四个边界面上,并且锥齿轮安装在每个窗框手柄的内旋转轴上。 旋转块安装在上下伸长轴上,另一侧的旋转块通过连杆连接到上下轴,以使两侧的上下旋转块旋转,从而将窗框推向 中央分割突起。 由此,上下侧和侧面朝向中央分隔突起被加压,并且柔性垫圈可以彼此附接以被密封。
    • 8. 发明授权
    • 건축용 도어의 방수처리 구조
    • 建筑门防水结构
    • KR101396949B1
    • 2014-05-19
    • KR1020130151119
    • 2013-12-06
    • 주식회사 종합건축사사무소선기획
    • 이용선
    • E06B3/70E06B7/28
    • E06B3/70E05Y2800/428E05Y2900/114E06B7/28
    • The present invention relates to a waterproof structure of a building door which can prevent a finishing layer made of a sliced veneer or a film from being peeled off due to that a lower end of the door installed at a washroom of a building is contaminated by water. A door sealing shoulder (22) is formed along a corner of the lower end of a door (20), and a rectangular lower plate (30) is installed at the bottom surface of the door (200) by a screw (40). A flange (34) is formed by bending the edge of the lower plate (30) in a downward direction, the flange having an inclined sealing surface (32) forming a trapezoidal groove at the inside opposite to the door sealing shoulder (22) of the outside. A semicircular contact portion (52) of a convex shape that comes into close contact with the door sealing shoulder (22) and the inclined sealing surface (32) is formed at the inside of a rectangular rubber band (50) so that the cross sectional shape of the contact portion is continuous in a longitudinal direction. An upper wing portion (54) and a lower wing portion (56) are formed integrally with upper and lower ends of the rubber band (50), and a finishing layer (24) of the door (20) and the outer surface of the flange (34) of the lower plate (30) come into contact with the upper and lower wing portions, respectively. A rectangular spring band (60) is installed in a semicircular groove (58) formed at the outer center of the rubber band (50). A rectangular cover band (70) is installed at shoulders (54g, 56g) each formed on the outer surfaces of the upper and lower wing portions (54, 56).
    • 本发明涉及一种建筑门的防水结构,其可以防止由切割的薄板或薄膜制成的整理层被剥离,因为安装在建筑物的洗手间的门的下端被水污染 。 沿着门(20)的下端的角部形成门密封肩(22),并且通过螺钉(40)在门(200)的底面安装矩形的下板(30)。 通过向下方向弯曲下板(30)的边缘而形成凸缘(34),所述凸缘在与所述门密封肩部(22)相反的内侧具有形成梯形槽的倾斜密封面(32) 外。 在矩形橡胶带(50)的内部形成有与门密封肩(22)和倾斜密封面(32)紧密接触的凸形的半圆形接触部(52) 接触部的形状在长度方向上连续。 与橡胶带(50)的上端和下端一体地形成上翼部(54)和下翼部(56),以及门(20)的精加工层(24)和门 下板(30)的凸缘(34)分别与上下翼部分接触。 矩形弹簧带(60)安装在形成在橡胶带(50)的外侧中心的半圆形槽(58)中。 每个形成在上下翼部(54,56)的外表面的肩部(54g,56g)上安装有矩形盖带(70)。
    • 9. 发明公开
    • 3중 복층 유리
    • 三重多层玻璃
    • KR1020140049374A
    • 2014-04-25
    • KR1020120115551
    • 2012-10-17
    • 주식회사 케이씨씨
    • 박성호정도영나경태
    • E06B3/66E06B3/263
    • E06B3/66E05Y2800/428E05Y2800/465E06B3/263
    • The present invention relates to a triple glass including: a first glass disposed at the inside of a building; a second glass constituting the external wall of the building; a third glass located between the first glass and the second glass; a first TPS spacer bar located between the first glass and the third glass so as to maintain a first space between the first glass and the third glass; and a second TPS spacer bar located between the second glass and the third glass so as to maintain a second space between the second glass and the third glass, wherein the first to third glasses having the first TPS spacer bar and the second TPS spacer bar located therebetween are simultaneously compressed to form a triple glass. According to the present invention, the first to third glasses are compressed together at the same time, thus making the compression process simple and preventing the variations of the thicknesses of the TPS spacer bars.
    • 三重玻璃技术领域本发明涉及一种三重玻璃,包括:第一玻璃,设置在建筑物的内部; 构成建筑外墙的第二玻璃; 位于第一玻璃和第二玻璃之间的第三玻璃; 位于第一玻璃和第三玻璃之间的第一TPS间隔杆,以便保持第一玻璃和第三玻璃之间的第一空间; 以及位于所述第二玻璃和所述第三玻璃之间的第二TPS间隔杆,以便在所述第二玻璃和所述第三玻璃之间保持第二空间,其中所述第一至第三眼镜具有所述第一TPS间隔条和所述第二TPS间隔条, 同时压缩它们以形成三重玻璃。 根据本发明,第一至第三眼镜同时被压缩在一起,从而使得压缩过程简单并且防止了TPS间隔杆的厚度的变化。
    • 10. 发明授权
    • 차양용 슬랫
    • SUSTHAD的SLAT
    • KR101388093B1
    • 2014-04-22
    • KR1020120155840
    • 2012-12-28
    • 메코시스 주식회사
    • 한중근
    • E06B7/084
    • E06B7/084E05Y2800/372E05Y2800/428
    • The present invention relates to a slat for a sunshade that is freely and easily adjusted in width and made with minimum number of molds, thus greatly decreasing the manufacturing cost thereof. According to the present invention, the slat (1) for a sunshade is divided into a center member (2) and wing members (3) and coupling means is disposed between the center member (2) and the wing members (3), the coupling means having locking projections (21) formed on one side end portions of the center member (2), elastic locking protrusions (22) formed on the other side end portions of the center member (2), locking grooves (31) formed on one side end portions of the wing members (3), and elastic locking grooves (32) formed on the other side end portions of the wing member (3), whereby the coupling work of the slat can be rapidly and conveniently conducted and the coupling force can be strong, thus preventing rainwater from entering the interior of the slat through the coupled portion of the slat to allow the durability of the slat to be extended.
    • 本发明涉及一种可以自由地容易地调节宽度并且以最少数量的模具制成的遮阳板,从而大大降低了其制造成本。 根据本发明,用于遮阳的板条(1)被分成中心部件(2)和翼部件(3),并且联接装置设置在中心部件(2)和翼部件(3)之间, 具有形成在中心构件(2)的一个侧端部上的锁定突起(21)的联接装置,形成在中心构件(2)的另一侧端部的弹性锁定突起(22),形成在中心构件 翼构件(3)的一个侧端部和形成在翼构件(3)的另一侧端部上的弹性锁定槽(32),由此可以快速方便地进行板条的联接作业,并且联接 力可以很强,从而防止雨水通过板条的连接部分进入板条的内部,以允许板条的耐用性延长。