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    • 5. 发明授权
    • Optical enclosure for high speed rotating beam deflector
    • 用于高速旋转导光板的光学外壳
    • US5589973A
    • 1996-12-31
    • US243677
    • 1994-05-16
    • Gregg R. KingJohn A. MorrellLawrence S. BlakePhilip A. RombultThomas K. Hebert
    • Gregg R. KingJohn A. MorrellLawrence S. BlakePhilip A. RombultThomas K. Hebert
    • G02B26/10G02B26/08
    • G02B26/10
    • A non-rotating optical shield is generally cylindrical in shape and surrounds a rotating optical deflector to reduce airflow and optical distortion, as well as acoustic noise. A beam entrance aperture is provided in an end of the shield allowing an input beam to project onto the rotating deflector along the deflector's spin axis. The entrance aperture is sealed by a window to prevent air from being drawn into the shield by the action of the rotating optical deflector. The deflected beam exits the shield through a beam exit aperture in the side of the shield which is enclosed by an optical element. Clearances between the shield and the rotating deflector are minimal. The shield reduces temperature gradients in the surrounding air thus reducing optical distortions caused by changes in refractive indices of the deflector and surrounding air. An additional feature of the shield is a fan-like portion which extends radially outward from the cylindrical body portion of the shield at the beam exit aperture, to enclose the exit beam as it scans through as range of angles. The fan-like portion extends as far along the exit beam path as desired and advantageously reduces acoustical noise generated by the rotating optical deflector.
    • 非旋转光学屏蔽件通常为圆柱形并且围绕旋转的光学偏转器以减少气流和光学失真以及声学噪声。 光束入射孔设置在屏蔽的端部,允许输入光束沿着偏转器的旋转轴线突出到旋转偏转器上。 入口孔由窗口密封,以防止空气被旋转的光学偏转器的作用吸入屏蔽。 偏转的光束通过由光学元件包围的屏蔽侧的光束出射孔离开屏蔽。 屏蔽和旋转偏转器之间的间隙最小。 屏蔽层减少周围空气中的温度梯度,从而减少由偏转器和周围空气的折射率变化引起的光学变形。 屏蔽件的另外的特征是扇形部分,其在光束出射孔处从屏蔽体的圆柱形主体部分径向向外延伸,以在其作为角度范围扫描时封闭出射光束。 扇形部分根据需要沿着出射光束路径延伸得很远,并且有利地降低由旋转的光学偏转器产生的声音噪声。
    • 6. 发明授权
    • Method and apparatus for installing a media supply cassette in an
imagesetter
    • 用于在摄影机中安装媒体供应盒的方法和装置
    • US5542623A
    • 1996-08-06
    • US309812
    • 1994-09-21
    • Donald J. GarandLawrence S. Blake
    • Donald J. GarandLawrence S. Blake
    • G03B27/46B41B21/32B65H19/12
    • B65H19/126B41B21/32B65H2301/4173B65H2405/422Y10S414/124
    • An assist mechanism for installing a web-type media supply into an imagesetter allows a single user to automatically lift and position a large format media supply cassette containing a supply roll from a reloading location remote from the imagesetter to a docking location in the imagesetter. The assist mechanism comprises a roll-up cart having a support bracket mounted on the top a telescopic column with two arms for supporting the supply cassette. The cart is positioned adjacent to the remote location at which time a foot switch on the cart is used to actuate the telescopic column to vertically raise and lower the support bracket. The bracket arms hook under the ends of a supply roll bearing supporting the supply roll, to lift the media supply from the surface. The cart is then rolled to the docking location of the imagesetter and the assist mechanism is actuated by the foot switch to vertically adjust the telescopic column supporting the support bracket. The media supply is then positioned into a support tray at the docking location. When the media supply is sitting in the tray, the bracket arms disengage from the end pins and the cart is rolled away. The media supply is then automatically positioned for use by the imagesetter, The assist mechanism is also be used to remove the cassette from the tray in a similar manner.
    • 用于将卷筒纸式媒体供应装置安装到成像机中的辅助机构允许单个用户自动地将包含供应卷的大幅面介质供应盒从远离成像机的重新装载位置升起并定位到成像机中的对接位置。 辅助机构包括一个卷起车,其具有安装在顶部的支撑托架,伸缩柱具有用于支撑供应盒的两个臂。 推车位于与远程位置相邻的位置,此时使用推车上的脚踏开关来致动伸缩柱以垂直升高和降低支撑托架。 托架臂钩在支撑供应辊的供应辊轴承的端部,以从表面提起介质供应。 然后将推车推到成像机的对接位置,并且辅助机构由脚踏开关致动以垂直调节支撑支撑支架的伸缩柱。 然后将介质供应件定位在对接位置处的支撑托盘中。 当媒体供应位于托盘中时,支架臂与端针脱开,并且推车被滚开。 然后介质供应被自动定位以供摄像机使用。辅助机构也可以以类似的方式从托盘中取出盒子。
    • 8. 发明授权
    • Material applicator for thermal imaging apparatus
    • 热成像设备的材料施加器
    • US06271871B1
    • 2001-08-07
    • US09050060
    • 1998-03-30
    • Philip A. RombultLawrence S. BlakeMark E. TellamJames J. HebertThomas E. Robinson
    • Philip A. RombultLawrence S. BlakeMark E. TellamJames J. HebertThomas E. Robinson
    • B41J2325
    • B41J13/22B41J11/0005
    • The invention involves an internal drum thermal imaging apparatus comprising a support for supporting a receiver material and a donor material in a superimposed relationship. The support includes a cylindrical drum having an inner circumference on which the receiver material is supported against in a bottom layer of the superimposed relationship and the donor material in a top layer of the superimposed relationship. An imaging unit thermally transfers an image from the donor material to the receiver material. An applicator automatically loads and unloads the receiver material and the donor material onto the cylindrical drum comprising an applicator carriage, an attachment device for attaching the receiver material to the applicator and an applicator transport device for transporting the applicator carriage along the inner circumference of the cylindrical drum.
    • 本发明涉及一种内部鼓热成像设备,其包括用于以叠加关系支撑接收器材料和施主材料的支撑件。 支撑件包括具有内圆周的圆柱形滚筒,接收器材料在该内圆周上被支撑在叠加关系的底层中,并且施主材料位于叠加关系的顶层中。 成像单元将图像从施主材料热传递到接收器材料。 施加器自动地将接收器材料和施主材料装载和卸载到圆柱形滚筒上,该圆柱形滚筒包括施加器托架,用于将接收器材料附接到施加器的附接装置和用于沿着圆柱体的内圆周运送施用器托架的施用器运送装置 鼓。
    • 9. 发明授权
    • Support for a self-propelled linear motion drive apparatus
    • 支持自行式直线运动驱动装置
    • US5609107A
    • 1997-03-11
    • US613550
    • 1996-03-11
    • David P. ViolaLawrence S. Blake
    • David P. ViolaLawrence S. Blake
    • F16C29/00F16C29/06B61C11/00
    • F16C29/0616F16C29/008
    • The invention supports a mechanical carriage at three contact points for precise positioning on two guide rails, one guide rail having a V-grooved surface and the other having a flat surface. Two of the three contact points are recirculating ball bearings mounted against the V-grooved rail. The third contact point is on the flat rail and is also the driving contact point and comprises a drive shaft having a friction wheel thereon engaged with the flat rail to drive the mechanical carriage. The recirculating ball bearings and friction wheel are loaded against the V-grooved and flat rails, respectively, by magnets mounted on the carriage and spaced from the rails by an air gap. The air gap provides for a magnetic force between the magnets and the guide rails while permitting relative movement therebetween.
    • 本发明支持在三个接触点处的机械托架,用于在两个导轨上精确定位,一个导轨具有V形槽表面,另一个具有平坦表面。 三个接触点中的两个是安装在V型槽轨道上的循环球轴承。 第三接触点位于扁平轨道上,并且也是驱动接触点,并且包括驱动轴,该驱动轴具有与平坦轨道接合以驱动机械滑架的摩擦轮。 循环球轴承和摩擦轮分别通过安装在滑架上的磁体和通过气隙与轨道间隔开的方式装载到V形槽和扁平轨道上。 气隙在磁体和导轨之间提供磁力,同时允许它们之间的相对运动。