序号 专利名 申请号 申请日 公开(公告)号 公开(公告)日 发明人
101 모니터의 전원스위치 작동 구조 KR2019960037854 1996-10-31 KR2019980024465U 1998-07-25 김상언
본고안은모니터의전원스위치를작동시키는구조에관한것으로, 전원스위치가모니터에내장된회로기판의후단부위에실장될때, 이전원스위치를용이하게작동시킬수 있도록하기위해, 모니터외함(1)에내장된회로기판(5)에실장된전원스위치(7)을작동시키는구조에있어서, 한쪽 부분이상기모니터외함(1)의내측벽부에형성된안내리브(3)에끼워져있고, 다른쪽 부분이회로기판(5)의후단부위에실장된전원스위치(7)와접촉되는작동부재(9)와, 이작동부재(9)가전원스위치(7)를원활하게작동시킬수 있도록작동부재(9)를지지하고안내하는안내수단으로이루어져, 전원스위치가회로기판의뒷 쪽에형성된전원회로부에안정되게실장될수 있게함으로써, 전원스위치와전원회로부간의연결선이짧아지고, 이로써, 주위구조물등에의해연결선이단락되는것이근본적으로방지되게한 것이다.
102 모니터의 택트스위치 작동 구조 KR2019960032289 1996-09-30 KR2019980018877U 1998-07-06 감환수
본고안은모니터의회로기판에실장된택트스위치를작동시키는구조에관한것으로, 택트스위치와연동하는버튼이하나의프레임에다수개형성되어성형된구조에있어서, 버튼과프레임을연결시키는지지리브가변형이일어나지않도록하기위해, 모니터외함(1)의내부에장착된회로기판(3)의택트스위치(5)의온오프작동을단속하는누름돌기(7)가후면에돌출되어있고, 선단부분이상기모니터외함(1)에뚫려진버튼구멍(8)에끼워지는버튼(9), 상기모니터외함(1)의내측벽부로부터돌출된보스(11)에스크류(12)를매개로하여체결되도록체결구멍(13)이좌우에각각형성된프레임(15) 및, 상기버튼(9)을에워싸고끝부분이상기프레임(15)에연결된ㄷ 자형태의연결리브(17)와, 한쪽 끝부분이상기버튼(9)의양측상하부위에각각연결되어있고, 다른쪽 끝부분이상기연결리브(17)의내측모서리부위에각각연결된가느다란지지리브(19)를갖추고서, 상기버튼(9)이상기연결리브(17) 및지지리브(19)를매개로하여상기프레임(15)에대해전후로신축자재하게움직일수 있도록이루어져, 모니터제품의부품에대한신뢰성이유지되게한 것이다.
103 A DEVICE AND A USER ACTIVATION ARRANGEMENT THEREFOR PCT/EP2004051091 2004-06-11 WO2005015372A3 2006-09-08 CACI VINCENZO; GIACOSA FAUSTO; MONELLI PAOLO
The invention relates to a user activation arrangement, such as a button or key, for a device. The device comprises a rear cover (203) on which may be mounted a PCB (207) carrying a display (103). The housing (1101) of the device further has a front cover (201). The front cover (201) supports an activation sensor (601) which is operable coupled to an activation member (401) and operable to generate an activation indication upon detection of the activation of the activation member. The activation member (401) has a translucent first part overlapping a display region (303) of the display (103) whereby a displayed image of the display region may be viewed through the first part. This allows for the display region to provide a labelling of the activation member thus allowing for a dynamic and adaptive labelling of simple, cheap and robust mechanical keys.
104 TRANSPARENT SUBSTRATE WITH CONDUCTIVE MULTILAYER ANTIREFLECTION COATING, TOUCH PANEL USING TRANSPARENT SUBSTRATE, AND ELECTRONIC DEVICE USING TOUCH PANEL PCT/JP0002594 2000-04-20 WO0063924A8 2000-11-30 FUKUI TOSHIHARU; NAKANISHI AKIRA; MOROI HIROSHI; KATSURAGAWA JUN
A transparent substrate with conductive multilayer antireflection coating, whether it is made of glass or other transparent material, has high transmittance while maintaining required conductivity and resistance in the surface layer. The transparent substrate with conductive multilayer antireflection coating has a laminated structure of transparent thin-film dielectric and transparent thin-film conductor on a transparent substrate, which includes a first thin-film layer of transparent dielectric substance having a refractive index greater than the transparent substrate, a second thin-film layer of transparent dielectric substance having a refractive index smaller than the transparent substrate, and a third and outermost thin-film layer of transparent conductor. The reflection due to optical interference is suppressed, resulting in high transmittance.
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