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    • 1. 发明授权
    • Medical laser apparatus, high powered red laser used in same, and laser
resonator with non-linear output
    • 医用激光装置,高功率红色激光器,以及具有非线性输出的激光谐振器
    • US5130997A
    • 1992-07-14
    • US631697
    • 1990-12-18
    • Mark V. OrtizDirk J. Kuizenga
    • Mark V. OrtizDirk J. Kuizenga
    • A61B18/20A61N5/06H01S3/08H01S3/109H01S3/115H01S3/117
    • A61N5/062A61B18/20A61N5/0601H01S3/109H01S3/117H01S3/08072H01S3/115
    • A laser system generates suitable laser power for use in photodynamic therapy, and particularly photodynamic therapy using dyes which undergo desired photodynamic reactions at 659 mm, i.e., Purpurin. The laser system generates a red output power of greater than 4 watts. For the therapeutic applications, a means for delivering the red beam to therapeutic sites is provided. The laser system provides for a frequency doubled solid-state laser system in which the non-linear birefringent crystal used to provide frequency doubling is mounted adjacent a flat mirror whereby losses due to walkoff of the beam caused by the crystal are minimized. The laser resonant cavity defined by one flat and one other mirror, which may be stabilized by means, such as thermal lensing in the solid-state gain medium, inside the cavity. A frequency doubled Nd:YAG rod in such cavity tuned to 1.319 microns with a KTP frequency doubling crystal for generates an output beam at 0.659 microns via type II phase matching required for photodynamic therapy in conjunction with a suitable PDT compound or dye.
    • 激光系统产生用于光动力治疗的合适的激光功率,特别是使用经受659mm期望的光动力学反应(即紫杉酚)的染料的光动力疗法。 激光系统产生大于4瓦特的红色输出功率。 对于治疗应用,提供了将红光束递送到治疗部位的手段。 激光系统提供了一种频率倍增的固态激光系统,其中用于提供倍频的非线性双折射晶体被安装在平面镜附近,由此由晶体引起的光束的消散造成的损失最小化。 激光谐振腔由一个平面和另一个反射镜限定,其可以通过在腔体内的固体状态增益介质中的手段进行稳定。 在这种空腔中的倍频Nd:YAG棒用KTP倍频晶体调谐到1.319微米,通过与适当的PDT化合物或染料结合的光动力学治疗所需的II型相位匹配产生0.659微米的输出光束。
    • 3. 发明授权
    • Method and system for scanning a laser beam for controlled distribution
of laser dosage
    • 用于扫描激光束以控制激光剂量分配的方法和系统
    • US5474549A
    • 1995-12-12
    • US020255
    • 1993-02-18
    • Mark V. OrtizDirk J. Kuizenga
    • Mark V. OrtizDirk J. Kuizenga
    • A61B17/00A61B18/20A61B17/36
    • A61B18/203A61B2017/00057A61B2017/00756A61B2018/00452A61B2018/209A61B2018/2095
    • A system and method for distributing an output beam from a laser system on a body which provides for a uniform fluence level throughout an entire treatment region. A first structure receives the laser beam and aims it along a propagation axis. A scanner scans the propagation axis of the laser beam at a controlled scan velocity, so that the laser beam essentially continuously scans a treatment pattern on the body. The treatment pattern can consist of an essentially straight line, or a ring, or other pattern which can be easily fitted together with other patterns to fill in a treatment area.The method includes the steps of:supplying a laser beam,directing a laser beam along a propagation axis to the body, andscanning the propagation axis of the laser beam at a controlled scanned velocity, so that the laser beam essentially continuously scans the treatment pattern on the body.
    • 一种用于将来自激光系统的输出光束分布在身体上的系统和方法,其在整个治疗区域内提供均匀的注量水平。 第一结构接收激光束并将其沿着传播轴瞄准。 A扫描仪以受控的扫描速度扫描激光束的传播轴,使得激光束基本上连续地扫描身体上的治疗图案。 处理图案可以由基本上直的线,或环或其他图案组成,其可以容易地与其他图案一起装配以填充处理区域。 该方法包括以下步骤:提供激光束,将激光束沿着传播轴线引导到身体,并以受控的扫描速度扫描激光束的传播轴线,使得激光束基本上连续地扫描治疗模式 在身上。
    • 5. 发明授权
    • System for controlled distribution of laser dosage
    • 激光剂量控制分布系统
    • US5178617A
    • 1993-01-12
    • US727560
    • 1991-07-09
    • Dirk J. KuizengaMark V. Ortiz
    • Dirk J. KuizengaMark V. Ortiz
    • A61B18/20
    • A61B18/203A61B2018/00452A61B2018/2085
    • A mechanism for distributing the output beam from a laser system in a treatment pattern that comprises a plurality of optical fibers, having input ends and output ends. At the input ends, the fibers are secured in a scan configuration for receiving an output beam from a laser. At the output ends, the fibers are configured in a treatment configuration for distributing the output beam in a treatment pattern. A scanner coupled with the laser system directs the beam in a scan pattern at the input ends of the fibers which matches the scan configuration. The treatment configuration secures the output ends of the optical fibers so that the output end of one optical fiber sequentially receiving the beam from the scanner is non-adjacent the output end of a next optical fiber sequentially receiving the beam from the scanner.
    • 一种用于在包括具有输入端和输出端的多根光纤的处理图案中分配来自激光系统的输出光束的机构。 在输入端,纤维被固定在用于接收来自激光器的输出光束的扫描配置中。 在输出端,纤维被配置成处理配置,用于将输出光束分布在处理图案中。 与激光系统耦合的扫描仪将光束以与扫描配置匹配的光纤的输入端处的扫描图案引导。 处理配置确保光纤的输出端,使得顺序地接收来自扫描器的光束的一个光纤的输出端不与来自扫描仪的光束顺序接收的下一个光纤的输出端相邻。
    • 8. 发明授权
    • Method and apparatus for rapid curing of epoxy adhesive in securing
together slider/gimbal assemblies employed in disk drive systems
    • 用于在固定在磁盘驱动器系统中使用的滑块/万向节组件的环氧粘合剂的快速固化的方法和装置
    • US06007664A
    • 1999-12-28
    • US118568
    • 1998-07-17
    • Dirk J. KuizengaRichard H. Johnson
    • Dirk J. KuizengaRichard H. Johnson
    • G11B21/16B32B31/28G11B5/48
    • G11B21/16
    • A method is disclosed for curing epoxy adhesive between the slider head and load/gimbal suspension assemblies of a disk drive access actuator employing a concentrated pulsed heat source rather than conventional, broadly applied heat source as employed in the past, such as oven heating or UV exposure. The laser source power is delivered via an optical fiber to the slider air-bearing surface (ABS) of the slider head assembly so that with this approach, the time for curing can be minimized and accurately controlled without causing damage to the assembly, and the overall curing step in the manufacturing process is reduced in time of application. Apparatus in the form of a fixture, such as an anvil element, provides a convenient gauge and support for alignment of the laser output beam with the slider ABS to which the heat for curing is to be applied as well as provide for its heat sinking.
    • 公开了一种用于固化环形粘合剂的方法,该方法是使用采用集中脉冲热源的磁盘驱动器访问致动器的滑块头和负载/万向悬挂组件之间的固化,而不是像过去常用的广泛应用的热源,例如烘箱加热或UV 曝光。 激光源功率通过光纤传送到滑块头组件的滑块空气轴承表面(ABS),因此通过这种方法,可以最小化和精确地控制固化时间,而不会损坏组件,并且 制造过程中的整体固化步骤在使用时间缩短。 固定装置(例如砧座元件)的装置为激光输出光束与滑块ABS的对准提供了一个方便的量规和支撑,滑块ABS将要施加固化的热量,并提供其散热。