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    • 21. 发明授权
    • Laser system and method for treatment of biologic targets
    • US06610052B2
    • 2003-08-26
    • US09925589
    • 2001-08-09
    • Horace W. Furumoto
    • Horace W. Furumoto
    • A61B1818
    • H01S3/092A61B18/203A61B2017/00172A61B2017/22085A61B2018/00452A61B2018/00476H01S3/08072H01S3/1633H01S2301/08
    • A long pulse alexandrite laser for treating dermatological specimens is disclosed. The use of alexandrite allows operation in the near-infrared, specifically in a 50 nm range surrounding 755. Infrared in this range allows good penetration while still achieving an acceptable ratio of hemoglobin to melanin absorption. In operation, the laser generates pulses having a durations between 5 and 100 msec and fluences between 10 and 50 J/cm2. A light delivery system is provided that transmits the laser light output pulse to dermatological targets of a patient. The invention is also directed to a hair removal system. Here, it is desirable to use an index-matching application on the skin sections to be treated, and a visual indicator is thermo- or photo-responsive or otherwise responsive to the laser light pulse to generate a visible change. Also, the invention is directed to a combined sclerotherapy and light treatment method and kit for unwanted veins. Substantially increased success has been achieved by implementing a dwell time of between 12 hours and 6 months between the light-based therapy and the sclerotherapy. Finally, the invention relates to pulse periodic heating of biologic targets, including systems and methods for generating an effective light output pulse comprising a series of sub-pulses with a limited duty cycle and a periodicity that is less than the thermal relaxation time of the targeted structure.
    • 22. 发明授权
    • Ultra long pulsed dye laser device for treatment of ectatic vessels and method therefor
    • 用于治疗血管的超长脉冲染料激光装置及其方法
    • US06391022B1
    • 2002-05-21
    • US09007929
    • 1998-01-16
    • Horace W. FurumotoHarry L. Ceccon
    • Horace W. FurumotoHarry L. Ceccon
    • A61B1818
    • A61B18/203A61B18/20A61B18/22A61B2018/00452A61B2018/207
    • A long pulsed dye laser device for selective photothermolysis comprises at least two pulsed dye lasers, such as flash lamp excited dye lasers, each generating corresponding pulsed laser beams successively in time. These laser can be coordinated by a synchronizer that sequentially triggers the lasers. A combining network merges the pulse laser beams into a combined beam and a delivery system conveys the combined pulse laser beam to a patient. An example of a delivery device is a single optical fiber. This invention enables production of the necessary pulse widths, on the order of 2 msec, which can not be achieved by individual dye lasers, generally lower than 0.8 msec. Also disclosed is a selective photothermolysis method. This method comprises irradiating a tissue section of a patient with a pulsed laser beam having a changing color across a time period of the pulse. This pulse color is selected to maximize absorption in a target tissue of a patient in response to heating caused by a preceding portion of the pulse.
    • 用于选择性光热解的长脉冲染料激光装置包括至少两个脉冲染料激光器,例如闪光灯激发的染料激光器,每个脉冲染料激光器在时间上连续产生相应的脉冲激光束。 这些激光器可以由顺序地触发激光器的同步器来协调。 组合网络将脉冲激光束合并成组合光束,并且传送系统将组合的脉冲激光束传送给患者。 输送装置的一个实例是单根光纤。 本发明能够生产大约为2毫秒的必需脉冲宽度,这些脉冲宽度通常为低于0.8毫秒,单个染料激光器无法实现。 还公开了选择性光热解法。 该方法包括在脉冲的时间段内照射具有变化颜色的脉冲激光束的患者的组织部分。 选择该脉冲颜色以响应于由脉冲的前一部分引起的加热而使患者的靶组织中的吸收最大化。
    • 28. 发明授权
    • Compact reservoir system for dye lasers
    • 用于染料激光器的紧凑型储存系统
    • US4364015A
    • 1982-12-14
    • US243200
    • 1981-03-12
    • J. Michael DrakeHorace W. Furumoto
    • J. Michael DrakeHorace W. Furumoto
    • H01S3/02H01S3/05
    • H01S3/022
    • A dye solution reservoir system for a dye laser comprises a dye solution reservoir, main fluid circuit means for circulating dye solution between the reservoir and a dye laser, and a by-pass dye replenishment loop between the reservoir and the laser for (1) diverting a portion of the solution from the main circuit, (2) filtering substantially all solute, including the dye and other particles from that portion of the solution, (3) replenishing the solution by adding fresh dye solute, and (4) returning the replenished solution to the main circuit. In a preferred embodiment, the solution is filtered by a first filter for removing the dye solute and a second filter for removing degradation by-products and particulate matter. Reverse osmosis may be advantageously used as a part of this filtrate system. The advantage of such systems is a substantial reduction in the required reservoir capacity and enhanced dye recoverability.
    • 用于染料激光的染料溶液储存系统包括染料溶液储存器,用于在储存器和染料激光器之间循环染料溶液的主流体回路装置,以及储存器和激光器之间的旁路染料补充回路,用于(1)转向 来自主电路的溶液的一部分,(2)基本上过滤所有溶质,包括溶液中的染料和其他颗粒,(3)通过加入新鲜的染料溶质补充溶液,和(4)将补充的 解决方案到主电路。 在优选的实施方案中,溶液通过用于除去染料溶质的第一过滤器和用于除去降解副产物和颗粒物质的第二过滤器过滤。 反渗透可以有利地用作该滤液系统的一部分。 这种系统的优点是显着减少所需的储存容量和增强的染料可回收性。