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    • 2. 发明申请
    • MULTIFUNCTION LASER POWER METER
    • 多功能激光功率计
    • US20120134386A1
    • 2012-05-31
    • US13377578
    • 2010-06-10
    • Eliyahu BenderShimon ElsteinMark Ivker
    • Eliyahu BenderShimon ElsteinMark Ivker
    • G01K17/20
    • G01K17/003G01J1/4257G01J5/12G01K7/28
    • A laser power meter incorporating an absorber disc with a peripheral thermopile ring, either continuous or segmented, and an additional temperature detection element in the central portion, that enables measurement of beam size. This detection element can be a thermopile element, generally a ring of smaller diameter than the peripheral thermopile used, and located closer to the center of the absorber disc. With this arrangement the beam size can be measured, in addition to measurements of the power and the position of the beam. Alternatively, this centralized detection element can be a single thermocouple junction located at the center of the disc, which acts as the hot junction of a thermocouple pair. The second or cold junction is effectively located on the disc close to the peripheral thermopile. Alternatively, two temperature measuring elements can be used, one at the disc center and one at the periphery.
    • 一种激光功率计,其包括具有连续或分段的外围热电堆环的吸收器盘和在中心部分的附加温度检测元件,其能够测量束尺寸。 该检测元件可以是热电堆元件,通常是比所使用的外围热电堆更小的直径的环,并且更靠近吸收器盘的中心。 利用这种布置,除了测量光束的功率和位置之外,还可以测量光束尺寸。 或者,该集中式检测元件可以是位于盘中心的单个热电偶连接点,其作为热电偶对的热接头。 第二或冷接点有效地位于靠近外围热电堆的盘上。 或者,可以使用两个温度测量元件,一个在盘中心,一个在周边。
    • 3. 发明申请
    • CENTERING METHOD FOR OPTICAL ELEMENTS
    • 光学元件的中心方法
    • US20120068420A1
    • 2012-03-22
    • US13304959
    • 2011-11-28
    • Baruch Ben-MenachemMordechai Gilo
    • Baruch Ben-MenachemMordechai Gilo
    • B23B31/30B23B31/10
    • B24B13/0055Y10T279/11Y10T279/21
    • A method for centering a circular optical element using a non-self-centering chuck adapted to grip the element at two grip strengths. The element is rotated in the chuck while measuring the lateral position of the element's outer rim with a probe. The positions of maximum and minimum run-out of the element as a function of its angular position are determined. Chuck rotation is stopped at an angular position with the maximum rim run-out positioned at a predetermined point. The grip of the chuck is reduced such that the element is still held in the chuck but can be moved in a lateral direction without damaging its surface. The element is moved in a direction connecting the predetermined point of maximum run-out and the axis of rotation of the chuck, in order to reduce the run-out of the element. The procedure is repeated until the desired centering is achieved.
    • 一种用于使用非自对中卡盘定心圆形光学元件的方法,其适于以两个抓握强度夹持该元件。 使用探头测量元件外缘的横向位置时,将元件在卡盘中旋转。 确定作为其角位置的函数的元素的最大和最小跳动的位置。 卡盘旋转停止在角位置,最大轮缘径向位于预定点。 卡盘的把手减小,使得元件仍然保持在卡盘中,但是可以在横向方向上移动而不损坏其表面。 元件在连接预定的最大跳动点和卡盘的旋转轴线的方向上移动,以便减少元件的跳动。 重复该过程,直到达到所需的定心。
    • 4. 发明授权
    • Device and method for measurement of incident power and energy
    • 用于测量入射功率和能量的装置和方法
    • US07154077B2
    • 2006-12-26
    • US10970984
    • 2004-10-25
    • Efraim MiklatzkyEphraim Greenfield
    • Efraim MiklatzkyEphraim Greenfield
    • G01J1/44G01J1/56H01J7/24
    • G01K17/003G01K17/20
    • Devices and methods for measurement of energy from a defined source having increased accuracy in measuring low energies. The device comprises a housing containing sensors. A first sensor receives energy from the source and produces a first output. A second sensor receives ambient energy only and produces a second output. Subtraction of the second output from the first output produces a more accurate corrected output. The method includes providing a housing containing a first sensor and a second sensor and directing energy from the defined source to a surface of the first sensor thereby causing the first sensor to produce a first output while only ambient energy from sources other than the defined source is applied to a surface of the second sensor which produce a second output that is subtracted from the first output producing a corrected output.
    • 用于测量来自定义源的能量的装置和方法,其具有在测量低能量时具有增加的精度。 该装置包括容纳传感器的壳体。 第一传感器从源接收能量并产生第一输出。 第二传感器仅接收环境能量并产生第二输出。 从第一输出减去第二输出产生更准确的校正输出。 该方法包括提供包含第一传感器和第二传感器的壳体,并将能量从限定的源引导到第一传感器的表面,从而使得第一传感器产生第一输出,而仅来自源 施加到第二传感器的表面,其产生从第一输出中减去的第二输出,产生校正的输出。
    • 5. 发明申请
    • Device and method for measurement of incident power and energy
    • 用于测量入射功率和能量的装置和方法
    • US20050180487A1
    • 2005-08-18
    • US10970984
    • 2004-10-25
    • Ephraim GreenfieldEfraim Miklatzky
    • Ephraim GreenfieldEfraim Miklatzky
    • G01K17/00G01K17/20
    • G01K17/003G01K17/20
    • Devices and methods for measurement of energy from a defined source having increased accuracy in measuring low energies. The device comprises a housing containing sensors. A first sensor receives energy from the source and produces a first output. A second sensor receives ambient energy only and produces a second output. Subtraction of the second output from the first output produces a more accurate corrected output. The method includes providing a housing containing a first sensor and a second sensor and directing energy from the defined source to a surface of the first sensor thereby causing the first sensor to produce a first output while only ambient energy from sources other than the defined source is applied to a surface of the second sensor which produce a second output that is subtracted from the first output producing a corrected output.
    • 用于测量来自定义源的能量的装置和方法,其具有在测量低能量时具有增加的精度。 该装置包括容纳传感器的壳体。 第一传感器从源接收能量并产生第一输出。 第二传感器仅接收环境能量并产生第二输出。 从第一输出减去第二输出产生更准确的校正输出。 该方法包括提供包含第一传感器和第二传感器的壳体,并将能量从限定的源引导到第一传感器的表面,从而使得第一传感器产生第一输出,而仅来自源 施加到第二传感器的表面,其产生从第一输出中减去的第二输出,产生校正的输出。
    • 7. 发明授权
    • Optical aiming device
    • 光学瞄准装置
    • US5953165A
    • 1999-09-14
    • US983002
    • 1998-03-17
    • Evgeny Stolov
    • Evgeny Stolov
    • G02B5/04G02B23/14
    • G02B23/14G02B5/04
    • An optical aiming device including two optical elements, each characterized by a refractive index and a critical angle defining a total internal reflection plane, positioned one in front of the other substantially along an aiming axis, each optical element causing a portion of light impinging thereon at an angle greater than the critical angle, to be reflected, thereby defining a demarcation between a region of reflected light and non-reflected light, the optical elements being oriented such that the demarcations of each optical element intersect at a point lying substantially along the aiming axis.
    • PCT No.PCT / IL96 / 00030 Sec。 371日期:1998年3月17日 102(e)1998年3月17日PCT PCT 1996年6月27日PCT公布。 出版物WO97 / 02462 日期1997年1月23日一种包括两个光学元件的光学瞄准装置,每个光学元件的特征在于折射率和限定全内反射平面的临界角,基本上沿着瞄准轴位于另一个之间,每个光学元件引起部分 以大于临界角的角度入射的光,被反射,由此限定反射光区域与非反射光之间的分界,所述光学元件被定向成使得每个光学元件的分界线相交于一点 基本上沿着瞄准轴。