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    • 1. 发明授权
    • 색조화장이 가능한 나노케어 스팟패치 및 그 제조방법
    • Nano-Care Spot-Patch可用颜色化妆和制造方法
    • KR101696275B1
    • 2017-01-16
    • KR1020150111215
    • 2015-08-06
    • 주식회사 인네이쳐(주)제노랩경북대학교 산학협력단
    • 유호재박주현최재영김현정김영훈최진현신재천
    • A61F13/02D04H1/728D04H1/4374D04H13/00
    • 본발명의스팟패치는세균, 오염물질및 UV를차단하나공기유통이가능하며, 미세다공이고박막을가지며, 피부친화형색소첨가및 기능성이부여되고, 색조화장에적합한성분및 표면특성을가지며전기방사제조방법으로만들어진부직포형태의나노웹층과; 상기나노웹층의피부측에형성되어피부에상기나노웹층이점착될수 있게의료용점착제가코팅되며, 공기유통이가능한점착층을포함하여구성되고, 상기나노웹층과점착층의서로접합되지않는각각의일면에는세균이번식되거나이물질에오염되는것을방지하고상기스팟패치를포장하는포장지에붙는것을방지하며, 환부에부착전에제거되는각각나노웹층이형필름과점착층이형필름이형성된다. 본발명의제조방법은혼합용제에주제와부제를투입한후 일정시간교반하여전기방사용액을제조한후, 상기전기방사용액을상기나노웹층이형필름위에전기방사하여나노웹을제조하고, 상기나노웹을열처리하여시트형상으로된 상기나노웹을롤러에감아나노웹시트을제조하는나노웹시트제조공정과; 점착폴리머를정제수에용해시켜상기점착제를제조하는점착제제조공정과; 상기나노웹시트에상기점착제를일정두께로도포하여점착층을형성시키는점착층형성공정과; 상기점착층이이물질에오염되는것과포장시 상기점착층이포장지에붙는것을방지하며환부에부착시 제거되는이형필름부착공정과; 일정크기로성형시켜상기스팟패치를만드는스팟패치성형공정을포함하여구성된다. 본발명의색조화장이가능한나노케어스팟패치및 그제조방법에따르면피부트러블의완화및 피부를보호할수 있는효과와, 색조화장품의주요원료인지용성물질을피부와비슷한수준으로흡착할 수있어색조화장품으로메이크업이가능한피부커버용으로안전하게사용할수 있는장점이있다.
    • 4. 发明公开
    • 마이크로 수상로봇
    • MICRO表面机器人
    • KR1020140108408A
    • 2014-09-11
    • KR1020130020944
    • 2013-02-27
    • 경북대학교 산학협력단
    • 공성호최주찬최영찬정동건최성규김용직박주현김도훈
    • B63H11/12B25J7/00B63B35/00B81B7/02
    • B25J7/00B63H11/12B81B7/02
    • The present invention relates to a micro surface robot. According to an embodiment of the present invention, the micro surface robot comprises: a body (10) which moves on the surface of a liquid (1); a first chamber (21) which has the liquid (1) accommodated therein; a first heating wire (23) to heat the liquid (1) which is accommodated in the first chamber (21); a first substrate (20) which includes a first liquid inlet (25) opened to supply the first liquid (1) to the first chamber (21) and a first steam outlet (27) opened to discharge steam generated by vaporizing the first liquid (1); a second chamber (31) which has the liquid (1) accommodated therein; a second heating wire (33) to heat the liquid (1) accommodated in the second chamber (31); a second substrate (30) which includes a second liquid inlet (35) opened to supply the first liquid (1) to the second chamber (31) and a second steam outlet (37) opened to discharge steam generated by vaporizing the first liquid (1); a power supply means (40) which supplies electricity to the first heating wire (23) and the second heating wire (33); and a control unit (50) which controls the power supply unit (40) and changes the direction of progress of the body (10) by controlling the amount of steam (3) discharged from the first substrate (20) and the second substrate (30), wherein the body (10) is propelled by propulsion generated by the steam (3) discharged from the first substrate (20) and the second substrate (30).
    • 微型机器人技术领域本发明涉及一种微型机器人。 根据本发明的实施例,微型表面机器人包括:在液体(1)的表面上移动的主体(10); 具有容纳在其中的液体(1)的第一室(21) 第一加热线(23),用于加热容纳在第一腔室(21)中的液体(1); 第一基板(20),其包括开放以将第一液体(1)供应到第一室(21)的第一液体入口(25)和第一蒸汽出口(27),其打开以排出通过蒸发第一液体 1); 具有容纳在其中的液体(1)的第二室(31); 第二加热线(33),用于加热容纳在第二腔室(31)中的液体(1); 第二基板(30),其包括打开以将第一液体(1)供应到第二室(31)的第二液体入口(35)和打开以排出通过蒸发第一液体产生的蒸汽的第二蒸汽出口(37) 1); 向第一加热丝(23)和第二加热线(33)供电的供电装置(40); 以及控制单元(50),其通过控制从第一基板(20)和第二基板(20)排出的蒸汽(3)的量来控制电源单元(40)并改变主体(10)的进行方向 30),其中主体(10)由从第一基板(20)和第二基板(30)排出的蒸汽(3)产生的推进推进。