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    • 1. 发明申请
    • Rod-Type Solid-State Laser System
    • 杆式固态激光系统
    • US20080225922A1
    • 2008-09-18
    • US10590191
    • 2005-09-14
    • Shuichi FujikawaTakafumi KawaiJunji Kano
    • Shuichi FujikawaTakafumi KawaiJunji Kano
    • H01S3/06
    • H01S3/08G02B6/4206H01S3/005H01S3/061H01S3/07H01S3/0805H01S3/08072H01S3/2316
    • In a symmetrically stable optical resonator, a first reference plane is set at an arbitrary position between the end face (102), opposing a partial reflector (2), and the neutral point (101) of a rod type solid state laser medium (1), and an aperture (5) having a diameter substantially equal to that of the rod type solid state laser medium (1) is arranged at a position optically symmetric to the reference plane with the partial reflector (2) as a neutral point using a relay lens (6) and a coupling lens (7) arranged between the aperture (5) and an optical fiber (8), the first reference plane is transfer-relayed onto the incident end face of the optical fiber (8), and the aperture (5) is transferred onto the coupling lens (7) through the relay lens (6). Even when the focal length of thermal lens of the rod type solid state laser medium (1) or pointing of laser light is varied, beam transmission is performed by an optical fiber excellent in stability and reliability and condensation of laser light exiting the optical fiber is sustained constantly.
    • 在对称稳定的光学谐振器中,将第一参考平面设置在与部分反射镜(2)相对的端面(102)与棒状固态激光介质(1)的中性点(101)之间的任意位置 ),并且具有与棒状固体激光介质(1)的直径基本相等的直径的孔(5)被布置在与参考平面光学对称的位置处,部分反射器(2)为中性点,使用 中继透镜(6)和布置在孔(5)和光纤(8)之间的耦合透镜(7),第一参考平面被传送到光纤(8)的入射端面上,并且 孔(5)通过中继透镜(6)被转印到耦合透镜(7)上。 即使棒状固体激光介质(1)的热透镜的焦距或者激光的指示变化,也可以通过光稳定性和可靠性优异的光纤进行光束透射,而离开光纤的激光的冷凝是 持续不断。
    • 2. 发明申请
    • Rod-Type Solid Laser Apparatus
    • 棒式固体激光设备
    • US20080037603A1
    • 2008-02-14
    • US11578604
    • 2004-04-15
    • Junji KanoShuichi FujikawaTakafumi Kawai
    • Junji KanoShuichi FujikawaTakafumi Kawai
    • H01S3/17
    • H01S3/025H01S3/0407H01S3/061H01S3/07H01S3/08
    • In a rod-type solid laser apparatus, a laser rod 1 is held by a rod holder 5, the rod holder 5 is held in a recessed portion 40 formed in an adjust ring 7, and the adjust ring 7 is mounted on a cavity container 4. The rod holder 5 is pressed against the cavity container 4 by the bottom surface of the recessed portion 40 of the adjust ring 7, and the diameter of the recessed portion 40 is set slightly larger than the outside diameter of the rod holder 5, whereby the rod holder 5 can be moved freely in the radial direction of the recessed portion 40 within the recessed portion 40. On the adjust ring 7, there are radially disposed two adjust screws 8a, 8b and a spring 9 which respectively extend from the side surfaces of the adjust ring 7 into the recessed portion 40 in such a manner that they are contacted with the rod holder 5. The rod holder is pressed and supported by three points, that is, the respective leading ends of the adjust screws 8a, 8b and spring 9. In the above-structured rod-type solid laser apparatus, when the screwing amounts of the adjust screws 8a, 8b are adjusted, not only the spring 9 can be expanded and compressed but also the position of the rod holder 5 can be adjusted.
    • 在棒式固体激光装置中,激光棒1由杆保持器5保持,杆保持器5保持在形成在调节环7中的凹部40中,调节环7安装在空腔容器 4。 杆保持器5通过调节环7的凹部40的底面压在空腔容器4上,凹部40的直径设定得比杆保持件5的外径略大, 杆保持器5能够在凹部40内沿凹部40的径向自由移动。 在调节环7上,径向设置有两个调节螺钉8a,8b和弹簧9,弹簧9分别从调节环7的侧表面延伸到凹入部分40中,使得它们与杆 持有人5。 杆保持器由三个点,即调节螺钉8a,8b和弹簧9的相应前端按压和支撑。 在上述结构的棒式固体激光装置中,当调节螺钉8a,8b的螺纹量调节时,不仅可以使弹簧9膨胀压缩,而且能够调整杆保持件5的位置 。