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    • 2. 发明公开
    • 황-함유 실링 배합물을 적용하는 방법, 그를 위한 장치, 상응하게 처리된 항공우주선 및 그의 용도
    • 为了应用含硫密封剂,其设备,相应处理过的航空航天器及其用途
    • KR1020170117469A
    • 2017-10-23
    • KR1020177025312
    • 2016-02-12
    • 케메탈 게엠베하
    • 본스,피터라이헤르트,스베트라나지베르스,비욘크랄레프,미로슬라프
    • C09K3/10B64G1/22
    • B05D3/065B05D5/00C08G59/4064C09K3/1012C09K2003/1062F16B33/004F16B37/14
    • 본발명은적어도하나의노즐요소및 적어도하나의조사유닛을이용하여적어도하나의적용부위에서, 특히항공우주용부품상에서황-함유 SCOD 실링배합물로표면으로부터돌출된적어도하나의연결요소를실링, 코팅또는/및공기역학적으로평활화하거나/하고, 갭또는고르지않은연결부위에서의표면을실링, 코팅또는/및공기역학적으로평활화하는방법이며, i) 노즐요소는혼합된실링배합물을함유하고, 표면으로부터돌출된연결요소위로, 갭위로또는/및고르지않은연결부위위로가이드되거나/되고마운팅되고, ii) 표면으로부터돌출된연결요소, 갭또는고르지않은연결부위는실링배합물로완전히덮이고, 실링배합물이본질적으로실링배합물캡, 코팅또는/및마운드-형상또는비드-형상입면의형태로실링배합물커버를형성하고, iii) 노즐요소또는적어도일부는필요하다면실링배합물커버를갖는표면으로부터상승되고, iv) 실링배합물의경화는적어도하나의조사유닛의보조하에에너지입력및 잠재성촉매의유리에의해개시되거나, 또는적어도 1종의반응성분의직접적인활성화에의해유발되어, 혼합된실링배합물이후속적으로경화되거나/되고추가로경화되는것을특징으로하는방법에관한것이다. 본발명은또한상응하는장치, 상기방식으로처리된항공우주선및 방법및 장치의용도에관한것이다.
    • 本发明的至少一个喷嘴元件和至少一个辐射单元,使用至少一个应用程序的区域,特别是硫对零件SCOD密封组合与至少一个连接元件的密封,从表面突出的涂布含航空航天 和/或空气动力学平滑化,或/和,平滑的间隙或不平坦的连接eseoui表面被机械密封,涂层的方法和/或空气,i)所述喷嘴元件从所述前表面突出,它包含了混合密封制剂 从表面突出的间隙或不平坦的连接部分被密封化合物完全覆盖,并且密封化合物基本上密封在密封化合物上, 帽制剂,涂层和/或在所述制剂的形式的墩形或珠形的立面,以形成一个密封盖,iii)所述喷嘴元件或者至少如果必要的纱线的一部分 环组合从表面凸起具有盖,静脉内)密封该制剂固化或与照射单元中的一个的通过能量输入的助剂和潜在催化剂玻璃至少发起的,或由至少一个的响应元件的直接活化引起 由此混合的密封剂随后固化和/或进一步固化。 本发明还涉及相应的设备,以这种方式处理的航空航天器皿以及该方法和设备的使用。
    • 3. 发明授权
    • 나사 머리 자동 도색장치
    • KR101695764B1
    • 2017-01-16
    • KR1020160111910
    • 2016-08-31
    • 육영순김진영
    • 김진영
    • B05B13/02B05D3/02B05B15/04B05D3/04B05D3/06
    • B05B13/025B05B12/22B05B13/0271B05D3/0254B05D3/0413B05D3/065
    • 본발명은나사(S) 머리부분을도색하기위해나사(S)를직립시켜나사(S) 머리가상방으로위치하도록정렬하는나사공급부(2)와, 상기나사공급부(2)를통해정렬된나사(S)를차례대로공급되도록정리하는나사이송부(4)와, 상기나사이송부(4)를통해차례대로이송되는나사(S)의몸체부분을톱니형상으로이루어진요홈(8)에끼워이송하는회전판(6)과, 상기회전판(6)과단차를두고하부에위치하여이송되는나사(S)의몸체하부를양단에서밀착되게지지하여이송하는한쌍의이송벨트(12)와, 상기이송벨트(12)에이송되는나사(S) 머리의상부에위치하여나사(S) 머리를도색하는페인트분사장치(16)와, 상기페인트분사장치(16)에의해나사(S) 머리에분사된페인트를건조시키기위한건조부(20)와, 머리가도색되어건조된나사(S)를배출하는배출부(24)로구성하여천장의마감시공시석고보드를설치하기위한나사(S)의머리부분을석고보드와동일한색으로도색하기위한작업이자동으로이루어질수 있도록함으로써인건비절약과함께작업량을증대시킬수 있는효과가있다.
    • 6. 发明公开
    • 전자부품의 절연코팅방법 및 그의 절연코팅체
    • 制造具有高抗弯曲和耐热性能的涂层电子部件及其涂覆电子部件的方法
    • KR1020130096873A
    • 2013-09-02
    • KR1020120018415
    • 2012-02-23
    • 신흥에스이씨주식회사
    • 황만용김기린김종호
    • B05D1/04B05D5/12B05D3/00D01D5/00
    • B05D1/04B05D1/32B05D3/065B05D5/12C09D129/04C09D169/00C09D175/04C09D179/08
    • PURPOSE: An insulation coating method of electronic components and an insulation coating body thereof are provided to improve high process cost accompanied with an insulator formation process and to obtain heat resistance and flexure resistance of laminated insulator. CONSTITUTION: An insulation coating method of electronic components comprises the following steps: S1 step which masks a non-coating part of a caught body which comprises a coating part which coats an insulator and the non-coating part; S2 step which forms an insulating layer by radiating nanofiber of the coating part with a non conductive polymer solution by using electro-spinning; and S3 step which dries the insulating layer. The insulated coating body of the electronic component is manufactured by the manufacturing method above. [Reference numerals] (AA) Start; (BB) Masking; (CC) S1 step; (DD) Form a insulating layer; (EE) S2 step; (FF) Dry; (GG) S3 step; (HH) End
    • 目的:提供一种电子元件及其绝缘涂层体的绝缘涂层方法,以提高绝缘体形成工艺的高工艺成本,并获得层叠绝缘体的耐热性和抗弯曲性。 构成:电子部件的绝缘涂布方法包括以下步骤:S1步骤,其掩盖被捕获体的非涂覆部分,其包括涂覆绝缘体和非涂覆部分的涂布部分; S2步骤,其通过使用电纺丝通过用非导电聚合物溶液辐射涂布部分的纳米纤维形成绝缘层; 和S3步骤,干燥绝缘层。 电子部件的绝缘涂层体通过上述制造方法制造。 (附图标记)(AA)开始; (BB)掩蔽; (CC)S1步; (DD)形成绝缘层; (EE)S2步骤; (FF)干燥; (GG)S3步骤; (HH)结束
    • 7. 发明公开
    • 가역적 변환이 가능한 초소수성 표면의 형성 방법
    • 制备可逆开关的超级表面的方法
    • KR1020110085591A
    • 2011-07-27
    • KR1020100005458
    • 2010-01-21
    • 포항공과대학교 산학협력단
    • 용기중곽근재
    • B05D5/08B05D7/24C09K3/18B82B3/00
    • B05D5/08B05D3/065B05D2518/10B82Y40/00C09K3/18
    • PURPOSE: A formation method of ultra-hydrophobic surface capable of reversible conversion is provided to form the ultra-hydrophobic surface easily by processing alkyltrichlorosilane in the in the object having the nano structure in the surface. CONSTITUTION: The formation method of ultra-hydrophobic surface capable of reversible conversion includes the step of processing C18-24 alkyltrichlorosilane in the surface of object having nano structure. Alkyltrichlorosilane is octadecyl chlorosilane. Nanofiber is selected from nanowire, and nanotube or nanorod. Nanofiber is group consisting of C, si, ge, gaN, gaAs, gaP, inP, inAs, znS, anSe, cdS, cdSe, WO3, tiO2, znO, mgO, siO2, cdO, V2O5, siC, B4C and si3N4.
    • 目的:提供能够进行可逆转化的超疏水性表面的形成方法,通过在表面具有纳米结构的物体中加工烷基三氯硅烷,容易地形成超疏水性表面。 构成:能够进行可逆转化的超疏水性表面的形成方法包括在具有纳米结构的物体表面处理C18-24烷基三氯硅烷的步骤。 烷基三氯硅烷是十八烷基氯硅烷。 纳米纤维选自纳米线,纳米管或纳米棒。 纳米纤维是由C,si,ge,gaN,gaAs,gaP,inP,inAs,znS,anSe,cdS,cdSe,WO3,tiO2,znO,mgO,siO2,cdO,V2O5,siC,B4C和si3N4组成的组。
    • 9. 发明授权
    • PAINTING METHOD OF WOOD WITH METAL
    • 用金属制作木材的方法
    • KR100864115B1
    • 2008-10-16
    • KR20080027346
    • 2008-03-25
    • I CHANG HO
    • I CHANG HO
    • B05D1/36B05D7/06B05D7/14
    • B05D1/36B05D3/065B05D7/06B05D7/14B05D7/576
    • A painting method of wood or metal materials is provided to prevent UV(Ultraviolet) paint from being peeled off from the wood or metal materials by increasing the adhesion property of paint printed on the wood or metal materials by printing the UV paint. A painting method of wood or metal materials for coating the wood or metal materials with paint comprises the steps of: applying Formica paint on the entire surface of the wood or metal materials by using a roller, a brush, and a silk printer, printing images of various shapes and colors on the surface coated with UV paint or Formica paint, with the paint produced by mixing UV paint and pearl ink at the weight percent of 10:1, by using the silk printer, and polishing the paint printed on the surface of the material by a polishing machine(S10,S11); printing the UV paint on the entire surface of the material by using the roller and silk printer(S20); and spraying transparent UV paint or Formica paint including a hardening agent, on the entire surface applied with the UV paint in a curtain cotton method and then, hardening the sprayed paint by exposing the panel to a UV lamp(S30).
    • 提供木材或金属材料的涂漆方法,以通过增加通过印刷UV涂料在木材或金属材料上印刷的油漆的粘附性来防止紫外线(UV)漆从木材或金属材料上剥离。 木材或金属材料用油漆涂覆木材或金属材料的油漆方法包括以下步骤:使用辊子,刷子和丝网印刷机在木材或金属材料的整个表面上涂抹Formica油漆,打印图像 通过使用丝印机将UV油漆和珍珠油墨以10:1的重量百分比混合制成的油漆,并将表面印刷在表面上进行抛光。 的抛光机(S10,S11); 使用滚筒和丝印机在UV材料整个表面印刷UV(S20); 并在帘式棉花方法中涂布UV涂料的整个表面上喷涂包含硬化剂的透明UV漆或甲酸涂料,然后通过将面板暴露于紫外线灯(S30)来硬化喷涂的涂料。