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    • 2. 发明授权
    • Dental laser treatment hand-piece and system
    • 牙科激光治疗手工和系统
    • US06270342B1
    • 2001-08-07
    • US09362378
    • 1999-07-28
    • Wolfgang NeubergerMichael Quade
    • Wolfgang NeubergerMichael Quade
    • A61C105
    • A61C3/025A61C1/0046A61C1/0061A61C1/05A61C19/063
    • A handpiece is presented which utilizes fluid channels instead of electric wiring to provide power to a treatment device. These fluid channels operate a micro-turbine generator that provides electrical energy to treatment devices. Each micro-turbine generator generates electrical energy for powering at least one electricity consuming functional device; wherein said electricity consuming functional device is selected from the group; a compact laser, an electromechanical dental drill, an ultrasound generator, a microwave generator and, an activator for treatment chemicals. In particular this device provides energy to a dental hand-piece without the need for electrical wiring or optics between the hand-piece and the control apparatus. One or more fluid channels permit fluids to flow between the control apparatus and the hand-piece. This flow of fluid operates the micro-turbine, which in turn produces energy to operate a medical/dental device. The fluid channels can also be used to deliver substances in conjunction with the medical device use. The hand-piece of this apparatus can be manufactured for a specific medical/dental procedure, or the apparatus can be made compatible/interchangeable with existing hand-pieces and control apparatus. This micro-turbine energy system provides the power necessary to operate many state of the art devices. For example, the energy produced can be used to operate a laser used for various dental applications such as drilling, pre-heating of the drill area, or activation of PDT substances.
    • 提出了一种使用流体通道而不是电气布线向处理装置供电的手持件。 这些流体通道操作向处理装置提供电能的微型涡轮发电机。 每个微型涡轮发电机产生用于为至少一个电力消耗功能装置供电的电能; 其中所述电力消耗功能装置从所述组中选择; 紧凑型激光器,机电牙钻,超声波发生器,微波发生器和用于处理化学品的活化剂。 特别地,该装置向牙科手柄提供能量,而不需要在手持件和控制装置之间的电线或光学元件。 一个或多个流体通道允许流体在控制装置和手持件之间流动。 该流体流动操作微型涡轮机,微型涡轮机又产生用于操作医疗/牙科设备的能量。 流体通道也可用于与医疗装置的使用结合输送物质。 该装置的手持件可以针对特定的医疗/牙科程序制造,或者可以使装置与现有手柄和控制装置兼容/互换。 该微型涡轮机能量系统提供了操作许多现有技术装置所需的功率。 例如,所产生的能量可用于操作用于各种牙齿应用的激光器,例如钻孔,钻孔区域的预加热或PDT物质的活化。
    • 3. 发明授权
    • Device for application of radiation
    • 辐射装置
    • US06660000B2
    • 2003-12-09
    • US10115662
    • 2002-04-04
    • Wolfgang NeubergerMichael Quade
    • Wolfgang NeubergerMichael Quade
    • A61B1818
    • A61B18/203A61B2017/00199A61B2018/00452A61C19/004A61C19/066
    • A photonic scanning and delivery system capable of controllable transmission of light energy to an irregularly shaped treatment area are disclosed. The desired uniformity (controllability) of light energy application is ensured by a tracking device, which monitors the position of the radiation applicator and thereby prevents over- or under-radiation. The system employs a light energy delivery hand-piece. By these means, structures in the lower dermis are irradiated. Because of the large size of the treatment area, damage to surface tissue is avoided. The hand-piece can operate while in contact with the treatment surface. Treatment surfaces include non-medical work sites. Alternatively, the hand-piece can operate in a non-contact mode. The system can also be used in non-medical applications such as UV curing.
    • 公开了一种能够将光能可控地传输到不规则形状的处理区域的光子扫描和传送系统。 通过跟踪装置确保光能施加的期望的均匀性(可控制性),跟踪装置监测辐射施加器的位置,从而防止辐射或辐射不足。 该系统采用光能传递手段。 通过这些方式,照射下层真皮中的结构。 由于治疗面积大,避免了表面组织的损伤。 手柄可以在与治疗表面接触的同时进行操作。 治疗表面包括非医疗工作场所。 或者,手持件可以以非接触模式操作。 该系统也可用于非医疗应用,如紫外线固化。
    • 4. 发明授权
    • Frequency conversion combiner system for diode lasers
    • 二极管激光器的变频组合器系统
    • US6097540A
    • 2000-08-01
    • US288189
    • 1999-04-08
    • Wolfgang NeubergerMichael Quade
    • Wolfgang NeubergerMichael Quade
    • G02B27/14G02F1/355H01S5/00H01S5/40G02B27/10
    • H01S5/4025H01S5/005H01S5/1014
    • A frequency conversion diode beam combiner system is provided to multiplex several frequency converted laser beams and therefore keep the beam-quality of a single emitter. This multiplexing is physically impossible with free propagating beams. Both transformations, the frequency conversion and the beam multiplexing, must take place in one step in a single optical component or complex. This also aids the system to be very compact. The frequency conversion diode beam combiner system delivers a single beam which consists of several multiplexed beams from the converted radiation of the diode laser emitters. The high power high beam-quality of this device is not reachable with current diode lasers. A broad range of visible and infra-red wavelengths is possible. The frequency conversion diode beam combiner system can replace high power continuous wave (cw) solid state lasers, because its design is scaleable, small and simple.
    • 提供了一种频率转换二极管波束组合器系统来对多个频率转换的激光束进行多路复用,从而保持单个发射极的光束质量。 这种多路复用对于自由传播光束物理上是不可能的。 变换,频率转换和波束复用都必须在单个光学部件或复合体中一步进行。 这也有助于系统非常紧凑。 频率转换二极管光束组合器系统传送由二极管激光发射器的转换辐射的多个多路复用光束组成的单个光束。 该器件的高功率高光束质量无法通过电流二极管激光器达到。 宽范围的可见光和红外波长是可能的。 变频二极管组合器系统可以代替高功率连续波(cw)固态激光器,因为其设计可扩展,小巧简单。
    • 5. 发明授权
    • Diode laser beam combiner system
    • 二极管激光束组合器系统
    • US6005717A
    • 1999-12-21
    • US193742
    • 1998-11-17
    • Wolfgang NeubergerMichael Quade
    • Wolfgang NeubergerMichael Quade
    • G02B27/09H01S5/40G02B27/10G02B3/02G02B27/30
    • G02B27/09H01S5/4025
    • A small, scalable, and inexpensive semiconductor diode laser system is described that includes a diode laser beam combiner comprising a cylindrical microlens, a lens array, and a fan window that optically combines energy outputs of at least two diode laser emitters or emitter groups. The diode laser beam combiner first collimates the diode laser energy and then optically combines the energy along a pre-determined axis, thus limiting effects due to space between the diode laser emitters. A chosen spot size and shape can be achieved by manipulating the number and size of lens array and fan window steps. Maximum power density and beam brightness available from the diode laser emitters or emitter groups is thus available at a work or treatment site.
    • 描述了一种小型,可扩展和便宜的半导体二极管激光系统,其包括二极管激光束组合器,其包括圆柱形微透镜,透镜阵列和风扇窗口,其光学地组合至少两个二极管激光发射器或发射极组的能量输出。 二极管激光束组合器首先准直二极管激光能量,然后沿着预定的轴光学地组合能量,从而限制由二极管激光发射器之间的空间引起的影响。 可以通过操纵透镜阵列和风扇窗台的数量和尺寸来实现所选择的光斑尺寸和形状。 因此,二极管激光发射器或发射极组可获得的最大功率密度和光束亮度可在工作或处理现场获得。
    • 6. 发明授权
    • Device and method for application of radiation
    • 辐射应用的装置和方法
    • US06406474B1
    • 2002-06-18
    • US09409358
    • 1999-09-30
    • Wolfgang NeubergerMichael Quade
    • Wolfgang NeubergerMichael Quade
    • A61B1818
    • A61B18/203A61B2017/00199A61B2018/00452A61C19/004A61C19/066
    • A photonic scanning and delivery system capable of controllable transmission of light energy to an irregularly shaped treatment area are disclosed. The desired uniformity (controllability) of light energy application is ensured by a tracking device, which monitors the position of the radiation applicator and thereby prevents over- or under-radiation. The system employs a light energy delivery hand-piece. By these means, structures in the lower dermis are irradiated. Because of the large size of the treatment area, damage to surface tissue is avoided. The hand-piece can operate while in contact with the treatment surface. Treatment surfaces include non-medical work sites. Alternatively, the hand-piece can operate in a non-contact mode. The system can also be used in non-medical applications such as UV curing.
    • 公开了一种能够将光能可控地传输到不规则形状的处理区域的光子扫描和传送系统。 通过跟踪装置确保光能施加的期望的均匀性(可控制性),跟踪装置监测辐射施加器的位置,从而防止辐射或辐射不足。 该系统采用光能传递手段。 通过这些方式,照射下层真皮中的结构。 由于治疗面积大,避免了表面组织的损伤。 手柄可以在与治疗表面接触的同时进行操作。 治疗表面包括非医疗工作场所。 或者,手持件可以以非接触模式操作。 该系统也可用于非医疗应用,如紫外线固化。