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    • 4. 发明公开
    • 레이저 빔 믹싱 장치 및 이를 이용한 유기발광 표시장치의실링 방법
    • 使用其的有机发光二极管显示器的激光束混合装置和密封方法
    • KR1020100008967A
    • 2010-01-27
    • KR1020080069619
    • 2008-07-17
    • 삼성모바일디스플레이주식회사
    • 신현철정원웅류제길이경택
    • H05B33/04G02B27/10
    • G02B6/32G02B6/2848G02B6/4226
    • PURPOSE: A laser beam mixing device and a sealing method of an organic light emitting display device are provided to improve sealing quality by maintaining the energy density of the overall sealing region of an organic light emitting display device. CONSTITUTION: A laser beam mixing device(1) includes a barrel(10) and a stage(20). A bundle type optical cable(4) is connected to the barrel. The barrel controls the distance between an optical lens and the laser beam bundle of the bundle type optical cable for changing the laser beam bundle of the optical cable to the single beam. A single type optical cable(5) is connected to a stage. The stage matches a single core with the center of the single beam by controlling a position and an angle of the single core of the single type optical cable.
    • 目的:提供有机发光显示装置的激光束混合装置和密封方法,通过保持有机发光显示装置的整个密封区域的能量密度来提高密封质量。 构成:激光束混合装置(1)包括筒(10)和台(20)。 束型光缆(4)连接到枪管。 镜筒控制光学透镜和捆束型光缆的激光束之间的距离,用于将光缆的激光束束改变为单个光束。 单级光缆(5)连接到一台。 通过控制单根光缆单芯的位置和角度,舞台将单核与单光束的中心相匹配。
    • 6. 发明公开
    • 자유 빔 광섬유간 커플링 장치
    • 光纤光纤到光纤耦合器件
    • KR1020130093538A
    • 2013-08-22
    • KR1020130012169
    • 2013-02-04
    • 트룸프 레이저 게엠베하
    • 발메로스클라우스바겐블라스트필리프푸히스슈테판틸코른크리스토프
    • G02B6/32G02B6/36
    • G02B6/262G02B6/2817G02B6/2848G02B6/32G02B6/4296
    • PURPOSE: A coupling device between optical free beam fibers is provided to improve invariability of the performance thereof, and to reduce or prevent optical focus shift. CONSTITUTION: A coupling device between optical free beam fibers includes a number of input optical fibers (2), output optical fibers (5) and an optical input coupling system (6). A fiber end (3) in optical output side is arranged around a center axis (4) of the input optical fiber and the output optical fiber. The optical input coupling system couples an optical beam (8) emitted through an end face entry side (9) of a light input side fiber end part (10) which is in the output optical fiber in an end face output side (7) of each input optical fiber. An optical axis (11) of the light output side fiber end part is tilted toward the center axis. The light input coupling system is formed in transmission type by each single lens (12), or in reflection type by each elliptical mirror for each optical beam getting out through an exit side (7) of an input optical fiber.
    • 目的:提供光自由束光纤之间的耦合装置,以改善其性能的不变性,并减少或防止光学偏移。 构成:光自由束光纤之间的耦合装置包括多个输入光纤(2),输出光纤(5)和光输入耦合系统(6)。 光输出侧的光纤端(3)围绕输入光纤和输出光纤的中心轴(4)配置。 光输入耦合系统将通过输出光纤中的光输入侧光纤端部(10)的端面入口侧(9)发射的光束(8)连接在输出光纤的端面输出侧(7)中 每个输入光纤。 光输出侧光纤端部的光轴(11)朝向中心轴线倾斜。 光输入耦合系统通过每个单透镜(12)以透射型形成,或者通过每个椭圆镜的反射型形成,每个光束通过输入光纤的出射侧(7)排出。
    • 7. 发明授权
    • 비접촉식 광섬유 연결장치
    • 无缝光纤互连装置
    • KR101137229B1
    • 2012-04-20
    • KR1020110063634
    • 2011-06-29
    • (주)포스텍
    • 이수영권오덕손근식
    • G02B6/24G02B6/38
    • G02B6/4204G02B3/02G02B6/2848G02B6/3861
    • PURPOSE: A contactless optical fiber connecting device is provided to stably transmit signals regardless of dusts and abnormal materials by diffusing beam through a lens. CONSTITUTION: A first ferrule(220) forms a through-hole passing through a body, and a first optical fiber is inserted into the through-hole. The first optic(230) is separated from the front end of the first ferrule. A second ferrule(250) is formed with the through-hole, and a second optical fiber is inserted into the through-hole. A second lens(240) is separated from the front end of the second ferrule and faces to the first lens with being separated from each other. The external diameter of a diffusing part is enlarged gradually toward to the front end of the first optical fiber or the second optical fiber.
    • 目的:提供一种非接触式光纤连接装置,通过将光束通过透镜进行漫射,可以稳定地传输信号,而不管灰尘和异常材料如何。 构成:第一套圈(220)形成穿过主体的通孔,并且第一光纤插入到通孔中。 第一光学元件(230)与第一套圈的前端分离。 第二套圈(250)形成有通孔,第二光纤插入到通孔中。 第二透镜(240)与第二套圈的前端分离,并且彼此分离面对第一透镜。 扩散部的外径朝向第一光纤或第二光纤的前端逐渐扩大。
    • 10. 发明授权
    • 수광된 광의 광필드분산 또는 수광 도파관의 전파모드의 광필드분산이 쌍봉형상인 광 소자
    • 光接收器的光学分量和接收波长传播模式的光场分布都有一个双波形形状
    • KR100260677B1
    • 2000-07-01
    • KR1019970009913
    • 1997-03-22
    • 후지쯔 가부시끼가이샤
    • 시라사끼마시타까
    • G02B6/43
    • G02B6/14G02B6/2848
    • PURPOSE: To provide a constitution capable of expand lighting a light transmission band at the time of inputting a light beam outputted in the different direction by means of a wavelength angular dispersing element to an output optical fiber. CONSTITUTION: In the constitution inputting an optical signal inputted from an input fiber to a wavelength angular dispersing element such as a diffraction grating, converging a light beam dispersed in the different directions for every wavelength by a condenser lens and inputting it to an output fiber, the distribution of electric field of the output fiber viewed from the side of the condenser lens is composed so as to become a twin-peak shape (a). Otherwise, the distribution of light intensity converged by the condenser lens is composed so as to become a twin-park shape at the tip of the output fiber (c). These are realized by bisecting the tip of the output fiber or using a phase mask. By this constitution, the wavelength dependency of transmissivity of nearly a rectangular shape as shown in (b) is obtained and the light beam is transmitted through the output fiber with high transmissivity even when the wavelength is slightly deviated, the spectrum is widened by modulation and the position of the output fiber is slightly deviated.
    • 目的:提供一种能够在通过波长角分散元件将不同方向输出的光束输入到输出光纤时使光透射带发光的结构。 构成:在从输入光纤输入到衍射光栅等波长角分散元件的光信号的结构中,通过聚光透镜将各波长的不同方向分散的光束聚光并输出到输出光纤, 从聚光透镜侧观察的输出光纤的电场分布构成为双峰形状(a)。 否则,由聚光透镜收敛的光强度的分布被构成为在输出光纤(c)的尖端处成为双园形状。 这些通过将输出光纤的尖端平分或使用相位掩模来实现。 通过这种结构,获得如(b)所示的几乎矩形形状的透射率的波长依赖性,即使当波长稍微偏离时,光束也透射通过具有高透射率的输出光纤,通过调制扩大光谱, 输出光纤的位置略有偏差。