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    • 12. 发明申请
    • Optical fiber having reduced defect density
    • 具有降低的缺陷密度的光纤
    • US20050254765A1
    • 2005-11-17
    • US11121501
    • 2005-05-03
    • Martin SeifertUpendra ManyamMansoor AlamKanishka TankalaJaroslaw AbramczykDouglas GuertinNils Jacobson
    • Martin SeifertUpendra ManyamMansoor AlamKanishka TankalaJaroslaw AbramczykDouglas GuertinNils Jacobson
    • C03C25/10G02B6/02G02B6/16
    • C03C25/105G02B6/02033
    • An optical fiber comprising a multimode glass core having a diameter of at least 250 microns and an index of refraction and a polymer cladding having a thickness and contactingly surrounding a glass portion of the fiber so as to define an interface between the glass portion and the polymer cladding. The polymer cladding can have a first index of refraction that is less than the index of refraction. The fiber can comprise a density of less than 0.25 non-conforming regions having a diameter of 25 microns or greater per millimeter of length along the fiber, where each of the non-conforming regions is a region visible to the human eye under an optical microscope and having at least a portion thereof within a selected distance of the interface. The selected distance can be less than or equal to the thickness of the polymer cladding. The optical microscope can have a total magnification of about 200. The polymer cladding can be applied to at least a part of the optical fiber in at least a class 1000 environment. Methods of using optical fibers, including receiving with an optical fiber optical energy from a source and guiding the optical energy with the optical fiber, wherein the optical energy comprises at least one of 1) pulses each comprising a peak power of at least 10 kW, 2) an average power of at least 50 Watts, or 3) an average power density of at least 2.9 kW/cm2.
    • 一种光纤,其包括具有至少250微米直径的多模玻璃芯和折射率和聚合物包层,其具有厚度并且接触地围绕所述纤维的玻璃部分以限定所述玻璃部分和所述聚合物之间的界面 包层 聚合物包层可以具有小于折射率的第一折射率。 纤维可以包含小于0.25个不均匀区域的密度,沿着纤维具有每毫米长度的直径为25微米或更大的不符合区域,其中每个不一致区域是在光学显微镜下人眼可见的区域 并且在接口的选定距离内具有至少一部分。 所选择的距离可以小于或等于聚合物包层的厚度。 光学显微镜可以具有约200的总放大率。聚合物包层可以在至少1000级环境中施加到光纤的至少一部分。 使用光纤的方法,包括从光源接收光纤光能并用光纤引导光能,其中光能包括以下各项中的至少一个:每个脉冲包括至少10kW的峰值功率, 2)至少50瓦的平均功率,或3)平均功率密度为至少2.9kW / cm 2。
    • 15. 发明申请
    • APPARATUS FOR ON-LINE CONTINUOUS CHLORINE ANALYSIS IN TURBID WATER AND PROCESS STREAMS
    • 涡轮水和过程流中在线连续氯分析的设备
    • US20120125079A1
    • 2012-05-24
    • US12951179
    • 2010-11-22
    • Martin SeifertPeter EnskatBernd Schreiner
    • Martin SeifertPeter EnskatBernd Schreiner
    • G01N33/00
    • G01N33/18
    • The invention is directed towards methods and apparatus for accurately detecting the presence and concentration of an oxidant in a turbid water sample. This method is very helpful in allowing accurate and efficient (not too much nor too little) amounts of microbe killing oxidants to be introduced to water supplies that require oxidants but which at present cannot be measured properly. The method comprises the steps of: passing the water through at least one filter array, passing the filtered water to an analyzer, and then returning from the analyzer a measurement of the concentration. The filter array comprises at least one filter constructed and. arranged to remove turbidity inducing material but not oxidant from the water sample. The analyzer can be a commonly commercially available analyzer that currently cannot accurately measure the oxidant concentration if the water had not been so filtered. This method allows users to apply easily available oxidant measuring technology to applications such as paper mill water where it is needed but was previously was not applicable.
    • 本发明涉及准确地检测浑浊水样品中氧化剂的存在和浓度的方法和设备。 这种方法非常有助于准确和有效(不会太多也不太少)的微生物杀死氧化剂的量被引入需要氧化剂但目前无法适当测量的水源。 该方法包括以下步骤:使水通过至少一个过滤器阵列,将过滤的水通过分析器,然后从分析仪返回浓度的测量值。 滤波器阵列包括至少一个构造的滤波器。 布置成从水样中除去浊度诱导物质而不是氧化剂。 分析仪可以是通常可商购的分析仪,如果水未被过滤,则目前不能精确地测量氧化剂浓度。 该方法允许用户将易于使用的氧化剂测量技术应用于诸如需要但之前不适用的造纸厂水的应用。
    • 16. 发明申请
    • OPTICAL FIBER HAVING REDUCED DEFECT DENSITY
    • 具有减少缺陷密度的光纤
    • US20090129735A1
    • 2009-05-21
    • US12360752
    • 2009-01-27
    • Martin SeifertUpendra H. ManyamMansoor AlamKanishka TankalaJaroslaw AbramczykDouglas GuertinNils Jacobson
    • Martin SeifertUpendra H. ManyamMansoor AlamKanishka TankalaJaroslaw AbramczykDouglas GuertinNils Jacobson
    • G02B6/02
    • C03C25/105G02B6/02033
    • An optical fiber comprising a multimode glass core having a diameter of at least 250 microns and an index of refraction and a polymer cladding having a thickness and contactingly surrounding a glass portion of the fiber so as to define an interface between the glass portion and the polymer cladding. The polymer cladding can have a first index of refraction that is less than the index of refraction. The fiber can comprise a density of less than 0.25 non-conforming regions having a diameter of 25 microns or greater per millimeter of length along the fiber, where each of the non-conforming regions is a region visible to the human eye under an optical microscope and having at least a portion thereof within a selected distance of the interface. The selected distance can be less than or equal to the thickness of the polymer cladding. The optical microscope can have a total magnification of about 200. The polymer cladding can be applied to at least a part of the optical fiber in at least a class 1000 environment. Methods of using optical fibers, including receiving with an optical fiber optical energy from a source and guiding the optical energy with the optical fiber, wherein the optical energy comprises at least one of 1) pulses each comprising a peak power of at least 10 kW, 2) an average power of at least 50 Watts, or 3) an average power density of at least 2.9 kW/cm2.
    • 一种光纤,其包括具有至少250微米直径的多模玻璃芯和折射率和聚合物包层,其具有厚度并且接触地围绕所述纤维的玻璃部分以限定所述玻璃部分和所述聚合物之间的界面 包层 聚合物包层可以具有小于折射率的第一折射率。 纤维可以包含小于0.25个不均匀区域的密度,沿着纤维具有每毫米长度的直径为25微米或更大的不符合区域,其中每个不一致区域是在光学显微镜下人眼可见的区域 并且在接口的选定距离内具有至少一部分。 所选择的距离可以小于或等于聚合物包层的厚度。 光学显微镜可以具有约200的总放大率。聚合物包层可以在至少1000级环境中施加到光纤的至少一部分。 使用光纤的方法,包括从光源接收光纤光能并用光纤引导光能,其中光能包括以下各项中的至少一个:每个脉冲包括至少10kW的峰值功率, 2)至少50瓦的平均功率,或3)平均功率密度为至少2.9kW / cm 2。
    • 17. 发明申请
    • Method of Fabricating Optical Fiber
    • 制造光纤的方法
    • US20090065959A1
    • 2009-03-12
    • US12268873
    • 2008-11-11
    • Martin Seifert
    • Martin Seifert
    • B29D11/00
    • G02B6/023C03B2203/14C03C13/046C03C25/105G02B6/02319G02B6/0239
    • A method of making an optical fiber article can include providing an optical fiber including at least a core; providing a preform; and subsequent to the foregoing providing of the optical fiber and the preform, drawing the preform so as to dispose a region about the optical fiber. An optical fiber article can include a core; a pump cladding disposed about the core, the pump cladding for propagating pump light; and a second cladding disposed about the pump cladding, where the second cladding can provide a photonic bandgap for tending to confine pump light to a region about which the second cladding is disposed. The second cladding can comprise a plurality of layers including a first layer having a different optical property than a second layer, and the plurality of layers can be arranged as to provide the photonic bandgap effect.
    • 制造光纤制品的方法可以包括提供至少包括芯的光纤; 提供预制件; 并且在上述提供光纤和预成型件之后,拉制预成型件以便设置围绕光纤的区域。 光纤制品可以包括芯; 围绕芯部设置的泵包层​​,用于传播泵浦光的泵包层; 以及围绕泵包层设置的第二包层,其中第二包层可以提供光子带隙,用于趋向于将泵浦光限制在第二包层设置的区域周围。 第二包层可以包括多个层,包括具有与第二层不同的光学性质的第一层,并且多个层可以被布置成提供光子带隙效应。
    • 18. 发明授权
    • Optical fiber having reduced defect density
    • 具有降低的缺陷密度的光纤
    • US07483610B2
    • 2009-01-27
    • US11121501
    • 2005-05-03
    • Martin SeifertUpendra H. ManyamMansoor AlamKanishka TankalaJaroslaw AbramczykDouglas GuertinNils Jacobson
    • Martin SeifertUpendra H. ManyamMansoor AlamKanishka TankalaJaroslaw AbramczykDouglas GuertinNils Jacobson
    • G02B6/02
    • C03C25/105G02B6/02033
    • An optical fiber comprising a multimode glass core having a diameter of at least 250 microns and an index of refraction and a polymer cladding having a thickness and contactingly surrounding a glass portion of the fiber so as to define an interface between the glass portion and the polymer cladding. The polymer cladding can have a first index of refraction that is less than the index of refraction. The fiber can comprise a density of less than 0.25 non-conforming regions having a diameter of 25 microns or greater per millimeter of length along the fiber, where each of the non-conforming regions is a region visible to the human eye under an optical microscope and having at least a portion thereof within a selected distance of the interface. The selected distance can be less than or equal to the thickness of the polymer cladding. The optical microscope can have a total magnification of about 200. The polymer cladding can be applied to at least a part of the optical fiber in at least a class 1000 environment. Methods of using optical fibers, including receiving with an optical fiber optical energy from a source and guiding the optical energy with the optical fiber, wherein the optical energy comprises at least one of 1) pulses each comprising a peak power of at least 10 kW, 2) an average power of at least 50 Watts, or 3) an average power density of at least 2.9 kW/cm2.
    • 一种光纤,其包括具有至少250微米直径的多模玻璃芯和折射率和聚合物包层,其具有厚度并且接触地围绕所述纤维的玻璃部分以限定所述玻璃部分和所述聚合物之间的界面 包层 聚合物包层可以具有小于折射率的第一折射率。 纤维可以包含小于0.25个不均匀区域的密度,沿着纤维具有每毫米长度的直径为25微米或更大的不符合区域,其中每个不一致区域是在光学显微镜下人眼可见的区域 并且在接口的选定距离内具有至少一部分。 所选择的距离可以小于或等于聚合物包层的厚度。 光学显微镜可以具有约200的总放大率。聚合物包层可以在至少1000级环境中施加到光纤的至少一部分。 使用光纤的方法,包括从光源接收光纤光能并用光纤引导光能,其中光能包括以下各项中的至少一个:每个脉冲包括至少10kW的峰值功率, 2)至少50瓦的平均功率,或3)平均功率密度为至少2.9kW / cm 2。
    • 20. 发明授权
    • Optical fiber for delivering optical energy to or from a work object
    • 用于向工作对象传送光能的光纤
    • US07317857B2
    • 2008-01-08
    • US11120358
    • 2005-05-02
    • Upendra H. ManyamMartin SeifertKanishka Tankala
    • Upendra H. ManyamMartin SeifertKanishka Tankala
    • G02B6/02
    • G02B6/0288G02B6/02033G02B6/02038G02B6/03611G02B6/0365G02B6/14
    • An optical fiber can include a glass core that is multimode at a selected wavelength and that comprises an index of refraction and a diameter Dcore, a glass cladding disposed about said glass core, said glass cladding comprising an outer diameter Dcladding and a first index of refraction that is less than said index of refraction of said core, and a second cladding disposed about said glass cladding, said second cladding comprising an optically cured polymer, said polymer comprising an index of refraction that is less than said first index of refraction. In certain embodiments, the fiber can include various other features. For example, [Dcladding/Dcore]2 can be no greater than 1.5; the polymer can have a modulus of no greater than 100 MPa; the core can include means for affecting the power distribution amongst modes propagated by the core, such as by having a non circular outer perimeter; the core can support at least 100 modes at the selected wavelength; Dcore can be at least 250 microns; the fiber can include a region disposed about the second cladding, and the region can comprise a polymer comprising an index of refraction that is greater than the index of refraction of said core. The fiber can be used, for example, for delivering light having the selected wavelength to or from a work object.
    • 光纤可以包括在所选波长处多模并且包括折射率和直径D芯的玻璃芯,玻璃包层围绕所述玻璃芯设置,所述玻璃包层包括外部 并且第一折射率小于所述芯的所述折射率,以及围绕所述玻璃包层设置的第二包层,所述第二包层包含光学固化的聚合物,所述聚合物包含 折射率小于所述第一折射率。 在某些实施例中,纤维可以包括各种其它特征。 例如,[D< N< N< N> / D核心< 2> 2< 2>可以不大于1.5; 聚合物的模量可以不大于100MPa; 芯可以包括用于影响由芯传播的模式之间的功率分布的装置,例如通过具有非圆形外周; 核心可以支持所选波长的至少100个模式; 核心可以是至少250微米; 纤维可以包括围绕第二包层设置的区域,并且该区域可以包括聚合物,其包括大于所述芯的折射率的折射率。 纤维可以用于例如将具有所选波长的光传送到工作对象或从工作对象传送。