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    • 1. 发明授权
    • Construction laser accessory for generating aligned spots or lines
    • 用于产生对齐点或线的激光辅助设备
    • US06005719A
    • 1999-12-21
    • US63876
    • 1998-04-21
    • Joseph F. Rando
    • Joseph F. Rando
    • G01C15/00G02B27/64G02B27/14G02B15/00
    • G01C15/004G02B27/648
    • Accessories are disclosed for use with a laser tool which may or may not be self-leveling. The accessories include one or more diffraction elements, effective to receive the incoming beam and produce a plane of diverging laser beams. In preferred embodiments the diffraction elements are self-leveling. When the diverging beams are directed against a surface such as a floor, wall or ceiling, a series of discrete spots define a visible reference line useful in construction layout. The spots themselves may each locate the position of a fastener to be installed, for example, by giving the approximately correct spacing for reference of the user. In another embodiment, lenticular arrays are used to create beams which diverge in a plane and overlie one another to form a visible reference line on a wall or other surface. The line preferably is plumb or level and in one embodiment the user can select among two or more arrays to form a plumb or level line of selected length.
    • 公开了与激光工具一起使用的附件,该激光工具可以是或可以不是自流平的。 附件包括一个或多个衍射元件,有效地接收入射光束并产生发散激光束的平面。 在优选实施例中,衍射元件是自流平的。 当发散的光束被引导到诸如地板,墙壁或天花板的表面时,一系列离散点限定了在施工布局中有用的可见参考线。 斑点本身可以​​各自定位要安装的紧固件的位置,例如通过给予用于参考的大致正确的间隔。 在另一个实施例中,透镜阵列用于产生在平面中分开并彼此叠置以在壁或其它表面上形成可见参考线的光束。 线优选地是铅垂或水平的,并且在一个实施例中,用户可以在两个或更多个阵列之间选择以形成选定长度的铅垂或水平线。
    • 2. 发明授权
    • Construction laser accessory for generating aligned spots
    • 用于产生对准点的构造激光附件
    • US5872657A
    • 1999-02-16
    • US655986
    • 1996-05-31
    • Joseph F. Rando
    • Joseph F. Rando
    • G01C15/00G02B27/64G02B27/14G01C3/00G01C5/00
    • G01C15/004G02B27/648
    • Accessories are disclosed for use with a laser tool which may or may not be self-leveling. The accessories include one or more diffraction elements, effective to receive the incoming beam and produce a plane of diverging laser beams. In preferred embodiments the diffraction elements are self-leveling. When the diverging beams are directed against a surface such as a floor, wall or ceiling, a series of discrete spots define a visible reference line useful in construction layout. The spots themselves may each locate the position of a fastener to be installed, for example, by giving the approximately correct spacing for reference of the user. The generation of discrete spots rather than a solid line, as would be generated by a cylindrical lens, better allocates laser power by providing brighter, more visible reference elements on the wall or ceiling.
    • 公开了与激光工具一起使用的附件,该激光工具可以是或可以不是自流平的。 附件包括一个或多个衍射元件,有效地接收入射光束并产生发散激光束的平面。 在优选实施例中,衍射元件是自流平的。 当发散的光束被引导到诸如地板,墙壁或天花板的表面时,一系列离散点限定了在施工布局中有用的可见参考线。 斑点本身可以​​各自定位要安装的紧固件的位置,例如通过给予用于参考的大致正确的间隔。 由圆柱形透镜产生的离散点而不是实线的产生通过在墙壁或天花板上提供更亮,更可见的参考元件来更好地分配激光功率。
    • 4. 发明授权
    • Quick-action mount for self-leveling laser
    • 自动调平激光的快速安装
    • US5584458A
    • 1996-12-17
    • US503893
    • 1995-07-18
    • Joseph F. Rando
    • Joseph F. Rando
    • F16M13/02A47B96/00
    • F16M13/022
    • A quick action bar clamp has provision for mounting an alignment laser instrument on one jaw of the clamp. The mounting provision allows manual pointing of the laser to facilitate projecting a level line or plane of light with a self-leveling laser instrument. By engagement of the clamp on a fixed structure such as a column, wall stud or door frame, the operator can quickly bring the laser instrument into its self-leveling range and easily adjust the beam height. The attachment of the laser instrument to the clamp is via a threaded rod or a magnetic attachment retention. An L-shaped magnetic attachment can be used in another procedure, to connect the laser to the steel slide bar of the clamp.
    • 快速动作杆夹具用于将对准激光仪器安装在夹具的一个钳口上。 安装配置允许手动指示激光器以便于用自动调平的激光仪器投射水平线或平面光。 通过将夹具接合在诸如立柱,墙壁螺柱或门框之类的固定结构上,操作者可以快速地将激光仪器带入其自流平范围并且容易地调整光束高度。 激光仪器与夹具的连接是通过螺纹杆或磁性固定件固定。 另外可以使用L形磁性附件将激光连接到夹具的钢滑杆上。
    • 5. 发明授权
    • Automatic level and plumb tool
    • 自动水平和铅垂工具
    • US5459932A
    • 1995-10-24
    • US248517
    • 1994-05-24
    • Joseph F. RandoChristiaan Ligtenberg
    • Joseph F. RandoChristiaan Ligtenberg
    • G01C5/02G01B11/26G01C15/00G01C15/10G01C9/12G12B5/00
    • G02B27/644G01B11/26G01C15/002G01C15/105Y10S33/21
    • An automatic plumb, level and pointing tool uses a visible laser diode to project light beams in two modes through two windows. In the first mode of operation, the unit is able to project a plumb-up beam and a level beam of light while resting on a surface which is as much as five degrees out of level. In the second mode of operation the unit is able to project two orthogonal beams of light both approximately in the horizontal plane for aligning one or more reference lines. An accurate, low cost method of generating level and plumb beams and planes of light is disclosed. One method uses an approximately leveled platform combined with a weak optical correction. The approximate leveling is done using a single wire or coil spring pendulum element which allows the platform to level itself to within a small fraction of true level, and remaining correction is provided by a weak negative lens or a weak reverse telescope. In alternative embodiments, all leveling is accomplished using a very flexible coil spring as a pendulum element, or a chain link connection in combination with such a spring. Several accessories are disclosed for use with the laser tool.
    • 自动铅垂,水平和指向工具使用可见激光二极管通过两个窗口以两种模式投射光束。 在第一种操作模式下,该单元能够在搁置在多达五度的水平面的情况下投射铅垂梁和水平光束。 在第二操作模式中,该单元能够投射大致在水平面中的两个正交光束,用于对准一个或多个参考线。 公开了一种产生水平和垂直射束和光平面的精确,低成本的方法。 一种方法使用与弱光学校正相结合的近似平坦的平台。 使用单线或螺旋弹簧摆元件进行近似的调平,该摆线元件允许平台将其自身调整到真实水平的一小部分内,并且由弱负透镜或弱反向望远镜提供剩余校正。 在替代实施例中,使用非常灵活的螺旋弹簧作为摆锤元件或与这种弹簧组合的链节连接来实现所有的整平。 公开了与激光工具一起使用的几个附件。
    • 6. 发明授权
    • Alignment range for multidirectional construction laser
    • 多向施工激光的对准范围
    • US6067152A
    • 2000-05-23
    • US93949
    • 1998-06-08
    • Joseph F. Rando
    • Joseph F. Rando
    • G01B11/26
    • G01B11/26
    • A system for checking alignment of laser beam projecting instruments, and for enabling accurate calibration of an instrument, includes a high resolution video camera positioned to receive a laser beam from the instrument. The spot from the detected laser beam is compared on a video monitor to a spot or target position showing the location corresponding to accurate alignment of the beam. Multiple orthogonal beams from an instrument may be directed to the same video sensor using mirrors. By use of the described system the need for long beam paths to check beam alignment accuracy is avoided.
    • 用于检查激光束投影仪的对准并且用于实现仪器的精确校准的系统包括定位成接收来自仪器的激光束的高分辨率摄像机。 将检测到的激光束的光点在视频监视器上与点或目标位置进行比较,显示对应于光束的精确对准的位置。 来自仪器的多个正交光束可以使用反射镜被引导到相同的视频传感器。 通过使用所描述的系统,避免了需要长波束路径来检查光束对准精度。
    • 7. 发明授权
    • Automatic plumb laser beam generator
    • 自动铅垂激光束发生器
    • US5917587A
    • 1999-06-29
    • US103263
    • 1998-06-23
    • Joseph F. Rando
    • Joseph F. Rando
    • G01C15/00G01C1/10G01C9/12
    • G01C15/004
    • A plumb laser beam generator includes an internal self-leveling feature to assure the projection of a substantially plumb beam despite tilt of the instrument's housing. Tilt compensation is achieved in preferred embodiments using the angular deflection of a spring due to gravity along with the compensating angular magnification of a telescope which moves pendulously by support on the spring. A laser diode of the instrument is mounted fixedly in the housing, and the telescope resides above the diode and collimating optics, the telescope either hanging by a spring or supported at its base by a spring. The pendulous telescope preferably is motion-damped and includes motion limiting and shock absorbing devices to prevent damage due to sudden acceleration or dropping.
    • 铅垂激光束发生器包括内部自流平特征,以确保尽管倾斜仪器的壳体,基本上铅垂的投影。 在优选实施例中,使用由重力引起的弹簧的角度偏转以及通过在弹簧上的支撑而无法移动的望远镜的补偿角放大率来实现倾斜补偿。 仪器的激光二极管固定地安装在壳体中,望远镜位于二极管上方并准直光学系统,望远镜由弹簧悬挂或在其基座上由弹簧支撑。 下摆望远镜优选是运动阻尼的,并且包括运动限制和减震装置,以防止由于突然的加速或下降而造成的损坏。
    • 8. 发明授权
    • Diode laser co-linear light beam generator
    • 二极管激光共线光束发生器
    • US5500524A
    • 1996-03-19
    • US311671
    • 1994-09-23
    • Joseph F. Rando
    • Joseph F. Rando
    • G01C15/00G02B27/14H01S5/00G01B11/26
    • G02B27/143G01C15/002H01S5/005
    • The present invention relates to the efficient and cost-effective generation of two co-linear laser beams for the purpose of alignment, particularly in the construction industry. The unequal divergence of the light from a typical laser diode produces a beam of elliptical cross section. Two roughly equal co-linear beams of light can be generated by reflecting the collimated elliptical beam from two mirror surfaces at 90.degree. to each other or a single element dividing the elliptical beam in two. Techniques are described for generating offset parallel beams, and for correcting for inherent knife-edge diffraction effects due to division of the beam.
    • 本发明涉及用于对准的两个共线性激光束的有效和成本有效的产生,特别是在建筑行业中。 来自典型激光二极管的光的不均匀分散产生椭圆形横截面的光束。 可以通过将来自两个镜面的准直椭圆光束相互90°反射或将椭圆光束分成两个的单个元件来产生两个大致相等的共线光束。 描述了用于产生偏移平行光束的技术,并且用于校正由于光束的划分而产生的固有的刀刃衍射效应。
    • 9. 发明授权
    • Multiple laser beam generation
    • 多激光束产生
    • US6154319A
    • 2000-11-28
    • US438890
    • 1999-11-12
    • Joseph F. RandoTimothy J. Litvin
    • Joseph F. RandoTimothy J. Litvin
    • G01C15/00G02B27/10G02B27/14H01S5/00
    • G02B27/144G01C15/002G01C15/004G02B27/106G02B27/1073G02B27/108G02B27/143G02B27/145H01S5/005
    • A system which is preferably employed in a laser alignment instrument produces up to five orthogonal beams from a single laser diode beam. In one embodiment the optics take advantage of the elliptical shape of the beam from a laser diode which when collimated produces a plurality of orthogonal beams by reflection off a plurality of 45.degree.-angled reflective surfaces intercepting outer portions of the beam. In one preferred embodiment a solid reflective element was four 45.degree.-angled facets to produce four beams from outer portions of a preferably non-elliptical beam, and a fifth orthogonal beam is produced by transmission of a central portion of the beam through the element. The element can be solid glass, or it can be glass or other material with a central hole.
    • 优选地在激光对准仪中使用的系统从单个激光二极管光束产生多达五个正交光束。 在一个实施例中,光学器件利用来自激光二极管的光束的椭圆形状,当激光二极管被准直时,通过反射离开多个45°的光束的外部部分反射而产生多个正交光束。 在一个优选实施例中,固体反射元件是四个45度角的小平面,以从优选的非椭圆形光束的外部部分产生四个光束,并且通过将光束的中心部分透射穿过元件而产生第五正交光束。 元件可以是实心玻璃,也可以是具有中心孔的玻璃或其他材料。
    • 10. 发明授权
    • Self-leveling system for optical distance measuring instruments
    • 光学测距仪自动调平系统
    • US5900931A
    • 1999-05-04
    • US94764
    • 1998-06-15
    • Joseph F. Rando
    • Joseph F. Rando
    • G01C15/00G01S7/497G01C1/10
    • G01S7/497G01C15/002
    • A system preferably in the form of an accessory module corrects for tilt angles of a distance measuring laser projecting instrument. The housing of the module includes a compensating mirror mounted on a pendulum which bends with tilt angle by one-half the amount of the housing tilt, so as to reflect the outgoing beam to truly horizontal. In a preferred embodiment a fixed mirror is also included so that the distance measuring instrument can be laid or held approximately horizontally so that its generally horizontal beam is first reflected by the fixed mirror up to the pendulous compensating mirror. The distance measuring instrument preferably has an internal correction to subtract the additional optical path length induced by the use of the accessory module. This may be activated by a switch on the module or automatically when the module is attached to the distance measuring instrument.
    • 优选以附件模块形式的系统校正测距激光投射仪的倾斜角度。 模块的壳体包括安装在摆锤上的补偿反射镜,其倾斜角度以外壳倾斜量的一半弯曲,以将输出光束反射到真正的水平。 在优选实施例中,还包括固定镜,使得测距仪可以大致水平地放置或保持,使得其大致水平的光束首先被固定镜反射到下垂的补偿镜。 距离测量仪器优选地具有内部校正以减去由使用附件模块引起的附加光路长度。 这可以通过模块上的开关激活,或者当模块连接到距离测量仪器时自动启动。