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    • 5. 发明公开
    • 안전기를 가지는 레이저조사기
    • 激光辐射器与安全环
    • KR1020130013890A
    • 2013-02-06
    • KR1020110075806
    • 2011-07-29
    • 박세영서선임
    • 박세영서선임
    • A61N5/067A61N5/08A44C5/00
    • PURPOSE: A laser irradiator with a safety device is provided to be operated when a bracelet is worn on the wrist of a user. CONSTITUTION: A laser irradiator with a safety device comprises a control main body(10) which generates infrared laser or visible ray laser and comprises a control MICOM and a switch input unit, a laser probe with a floc which is connected to the output terminal of the control main body, and a ring-shaped safety device(30) which has two or more ceramics which touch the body of a user to recognize a set resistance value of a user. [Reference numerals] (11) MICOM; (12) Switch input unit; (13) Power supply(battery: DC 3.7V); (14) Constant voltage circuit(DC 5V); (15) Turning on/off LED; (16) Output terminal 1; (17) Output terminal 2; (20) Probe 2,3,4(laser diode); (AA) Probe 1(laser diode)
    • 目的:提供具有安全装置的激光照射器,以便在用户手腕上佩戴手镯时进行操作。 构成:具有安全装置的激光照射器包括控制主体(10),其产生红外激光或可见光激光,并包括控制MICOM和开关输入单元,具有絮体的激光探头连接到 控制主体和具有两个或更多个陶瓷的环形安全装置(30),所述两个或多个陶瓷接触用户的身体以识别用户的设定电阻值。 (11)MICOM; (12)开关输入单元; (13)电源(电池:直流3.7V); (14)恒压电路(DC 5V); (15)打开/关闭LED; (16)输出端子1; (17)输出端子2; (20)探头2,3,4(激光二极管); (AA)探头1(激光二极管)
    • 9. 发明公开
    • 그라비야 인쇄기용 필름 원단 공급 방법
    • 电影打印机电影馈送方法
    • KR1020020076033A
    • 2002-10-09
    • KR1020010015998
    • 2001-03-27
    • 박세영
    • 박세영
    • B41F13/02
    • PURPOSE: A film feeding method for gravure printer is provided to improve productivity and minimize losses by allowing printing processes to be continuously performed without adjustment of printer setting or interruption of print work. CONSTITUTION: A film feeding method comprises a step(S1) of stacking tube type films into a zigzag shape; a step(S2) of unfolding the film and permitting the film to have a predetermined tension by aligning the film into a vertical direction through a plurality of guide rollers(4); a step(S3) of smoothing the film through the use of a heating roller(5) and a cooling roller(6); a step(S4) of adjusting tension of the film by a brake(A) of a press roller; a step(S5) of adjusting tension of the film through the use of an accumulator(B); a step(S6) of smoothing the film through the use of a plurality of guide rollers(19) and removing air from the film; a step(S7) of smoothing the film through the use of a heating roller(20) and a cooling roller(21); a step(S8) of adjusting width of the film by using the difference of tensions caused at both ends of the film, through the use of a guide roller(23); and a step(S9) of adjusting tension of the film, guiding the film and feeding the film to a printer(P).
    • 目的:提供凹版打印机的胶片输送方法,通过允许连续执行打印过程而不调整打印机设置或打印作业中断,从而提高生产率并最大限度地减少损失。 构成:薄膜馈送方法包括将管状薄膜堆叠成锯齿状的步骤(S1); 通过多个导辊(4)将膜定位成垂直方向,使薄膜展开并允许薄膜具有预定张力的步骤(S2); 通过使用加热辊(5)和冷却辊(6)​​使膜平滑的工序(S3); 通过压辊的制动器(A)调节膜的张力的步骤(S4); 通过使用蓄电池(B)来调节膜的张力的步骤(S5); 通过使用多个引导辊(19)使膜平滑并从膜去除空气的步骤(S6); 通过使用加热辊(20)和冷却辊(21)使膜平滑的步骤(S7); 通过使用引导辊(23),通过使用在胶片两端引起的张力差来调节胶片的宽度的步骤(S8); 以及调节胶片的张力的步骤(S9),引导胶片并将胶片送到打印机(P)。