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    • 1. 发明公开
    • 마루 부재 및 이를 이용한 습기 이동 방법
    • 使用它的地板和水分去除方法
    • KR1020090128498A
    • 2009-12-15
    • KR1020097021709
    • 2008-05-20
    • 트루 우드 리미티드
    • 노먼스톤
    • E04F15/20E04C2/32E04C2/20
    • E04F15/10E04F15/18E04F15/185E04F15/186E04F2201/07E04F2203/06Y10T428/1414Y10T428/18Y10T428/24488E04F15/107
    • The floor member is a laminated structure in the form a floor tile or a floor plank A bottom portion of the floor member is formed with a plurality of moisture dispersal pathways that lead toward peripheral side edges of the bottom portion The moisture dispersal pathways permit any moisture between a floor base and the bottom portion of the floor member that Is installed on the floor base to flow in the moisture dispersal pathways toward at least one of the peripheral side edges of the bottom portion, for passage beyond the one peripheral side edge of the bottom portion Adjacent tiles of a floor tile installation have communicable moisture dispersal pathways such that moisture is not entrapped below the floor member and can migrate through the communicable pathways to an outermost peripheral side edge of the floor tile installation for dissipation of moisture into the ambient air.
    • 地板构件是地板砖或地板板形式的层压结构底板部件的底部形成有多个通向底部的周边侧缘的水分扩散路径。水分扩散路径允许任何水分 在地板底座和安装在地板底座上的地板构件的底部之间,在湿气分散通道中朝向底部的至少一个周边侧边缘流动,以便超过该底部的一个周边侧边缘 底部部分地板砖装置的相邻瓦片具有可传播的水分扩散路径,使得水分不被夹带在地板构件下方并且可以通过可通信路径迁移到地砖瓦装置的最外周侧边缘,以将水分散发到环境空气中 。
    • 2. 发明公开
    • 온수 보일러용 바닥 구조
    • 热水锅炉的底盘结构
    • KR1020140017890A
    • 2014-02-12
    • KR1020120084639
    • 2012-08-02
    • 박 용 관
    • 박용관
    • F24D3/12E04F15/18
    • E04F15/186E04F2290/023F24D3/148
    • The present invention presents a floor structure for a hot water boiler. The floor structure for the hot water boiler can uniformly maintain the temperature of hot water, heated by the hot water boiler, for a long time by constructing a cement layer or a loess layer, in which hot water pipes are buried, by mixing a plurality of iron pieces (or iron balls) and cement or loess, and by installing an aluminum container of a vacuum state in the bottom of the cement layer (or loess layer). Also, the floor structure for the hot water boiler can significantly reduce heating expenses such as gas costs by maximizing energy efficiency by preventing temperature loss and by using a convention phenomenon of heat.
    • 本发明提出了一种用于热水锅炉的地板结构。 热水锅炉的地板结构可以通过构建热水管埋入的水泥层或黄土层,通过多次混合来均匀地保持热水锅炉加热的热水温度长时间 的铁片(或铁球)和水泥或黄土,并且通过在水泥层(或黄土层)的底部安装真空状态的铝容器。 此外,热水锅炉的地板结构可以通过防止温度损失和使用常规的热现象来最大限度地提高能源效率来显着降低加热费用,例如天然气成本。
    • 5. 发明公开
    • 복층건물의 층간 구조체
    • 多层建筑物的中间层结构,具有由网板和热绝缘材料层组成的热绝缘层和声绝缘层
    • KR1020040103058A
    • 2004-12-08
    • KR1020030034943
    • 2003-05-30
    • 이종헌
    • 이종헌
    • E04F15/18
    • E04F15/186
    • PURPOSE: An interlayer structure for a multi-layer building is provided to insulate heat and noise by using a mesh panel in a thermal insulating layer, and to reduce the construction period and the weight of the building by removing the light aerated concrete layer. CONSTITUTION: Floors of a multi-layer building are divided by an interlayer structure, and a thermal and sound insulating layer(28) is arranged between a basic bottom layer(24) in the lower part and a finishing concrete layer(26) in the upper part. The thermal and sound insulating layer is composed of a mesh panel(30) formed by crossing plural rods, and a thermal insulating material layer(32) arranged in the lower part of the mesh panel. Heat is insulated, and noise is prevented efficiently by using the mesh panel to the thermal and sound insulating layer.
    • 目的:提供一种用于多层建筑的层间结构,通过在隔热层中使用网板来使热和噪声绝热,并且通过移除轻质加气混凝土层来减少建筑物的施工周期和重量。 构成:多层建筑物的地板被层间结构分隔,隔热层和绝热层(28)设置在下部的底层底层(24)和底层底层(26)之间, 上面的部分。 隔热隔热层由通过多根棒状物形成的网眼面板(30)和布置在网状面板的下部的隔热材料层(32)构成。 热绝缘,通过将网板用于隔热隔热层,有效地防止噪音。
    • 8. 发明公开
    • 황토 세라믹 압축 온돌 패널구조
    • 耐磨陶瓷压实板的结构
    • KR1020010094898A
    • 2001-11-03
    • KR1020000018304
    • 2000-04-07
    • 두레황토 주식회사
    • 이효중
    • F24D3/12
    • F24D3/149E04C2/08E04F15/02038E04F15/08E04F15/182E04F15/186E04F2290/023F24D3/127
    • PURPOSE: Panel structure of a loess ceramic compressed hypocaust is provided to prevent heat loss and improve thermal conductivity with overlapped joint reinforcing panels covering lane marks of insert panels, and to construct conveniently by assembling with stable structure. CONSTITUTION: A loess ceramic compressed hypocaust is composed of a base floor(1), a first inorganic vegetable adhesive layer(20), an insert panel layer(40) fixing a hot water pipe(3), a second adhesive layer(21), and a first joint reinforcing panel layer(50). The adhesive includes harmless flour, starch, loess, straw and water, and fastens the panels in the base floor firmly. The insert panels are installed on the base floor with the first adhesive layer to arrange the hot water pipe. The second adhesive layer on the insert panel layer prevents the heat loss from lane marks between the insert panels, and fixes the joint reinforcing panel layer in the upper part of the insert panel layer. The joint reinforcing panels are arranged alternately on the second adhesive layer to cover the lane marks of the insert panels. The loess ceramic compressed hypocaust prevents the heat loss with the stable combination structure, and eliminates odors and foreign matters by generating far-infrared rays from loess.
    • 目的:提供黄土陶瓷压缩hyp:的面板结构,以防止热损失,并通过覆盖插板的车道标线的重叠接头加强板提高导热性,并通过组装稳定结构方便地构造。 构成:黄土陶瓷压缩的hyp ust由基底(1),第一无机植物粘合剂层(20),固定热水管(3)的嵌入板层(40),第二粘合剂层(21) ,以及第一接合加强板层(50)。 粘合剂包括无害面粉,淀粉,黄土,稻草和水,并牢固地固定在底座的面板。 插入板通过第一粘合剂层安装在底座上,以布置热水管。 插入板层上的第二粘合剂层防止插入面板之间的车道标记的热损失,并将接合加强板层固定在插入板层的上部。 接合加强板交替地布置在第二粘合剂层上以覆盖插入板的车道标记。 黄土陶瓷压缩胸闷可以通过稳定的组合结构防止热损失,并通过从黄土中产生远红外线来消除异味和异物。
    • 10. 发明公开
    • 공동주택의 층간 바닥충격음 차단구조 및 그의 시공방법
    • 公寓大楼楼面撞击声的解决结构及其构造方法
    • KR1020100115930A
    • 2010-10-29
    • KR1020090034591
    • 2009-04-21
    • 이피에스코리아 주식회사두산건설 주식회사
    • 이상열윤창연황동규이성연
    • E04F15/20E04C2/20E04C2/04F24D3/12
    • E04F15/203E04F15/186E04F2290/041
    • PURPOSE: An isolating structure for floor to floor impact sound of an apartment building is provided to block noise and vibration between stories and reduce construction costs. CONSTITUTION: An isolating structure for floor to floor impact sound of an apartment building comprises an EPE mesh net(120), an elastic expanded polystyrene buffer material board(130), a lightweight foam concrete(140), a hot water heating pipe(150), and a side buffering unit(170). The EPE mesh net absorbs impact and noise transmitted from the top. The elastic expanded polystyrene buffer material board is installed on the top of the EPE mesh net. A non-woven fabric(131) is integrated with the upper surface of the elastic expanded polystyrene buffer material board. The lightweight foam concrete is placed on the upper surface of the elastic expanded polystyrene buffer material board. The hot water heating pipe is placed on the top of the lightweight foam concrete.
    • 目的:提供公寓楼层对地板撞击声的隔离结构,以阻止故事之间的噪音和振动,并降低施工成本。 构成:公寓楼的楼层撞击声的隔离结构包括EPE网状网(120),弹性发泡聚苯乙烯缓冲材料板(130),轻质泡沫混凝土(140),热水加热管(150) )和侧缓冲单元(170)。 EPE网格网吸收从顶部传输的冲击和噪音。 弹性发泡聚苯乙烯缓冲材料板安装在EPE网状网的顶部。 无纺布(131)与弹性发泡聚苯乙烯缓冲材料板的上表面一体化。 轻质泡沫混凝土被放置在弹性发泡聚苯乙烯缓冲材料板的上表面上。 热水加热管放置在轻质泡沫混凝土的顶部。