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    • 1. 发明授权
    • Method and apparatus for recording used labels
    • 用于记录使用过的标签的方法和装置
    • US06364552B1
    • 2002-04-02
    • US09349818
    • 1999-07-08
    • Kelly R. NehowigDouglas R. KremersRichard P. Fisher
    • Kelly R. NehowigDouglas R. KremersRichard P. Fisher
    • B41J1504
    • B41J2/32B41J3/4075B41J15/044
    • A thermal transfer printer which includes a labeling media drive subassembly and ribbon drive subassembly which cooperatively advance labeling media and a thermal transfer ink ribbon past a print head subassembly. A labeling media supply spool is rotatably driven by the labeling media drive subassembly to feed labeling media. The labeling media supply spool has labeling media with a plurality of labels on a web wrapped around a spool core. An inventory of labels available for printing on the spool is stored on a memory device. The memory device is electrically connected to printer circuitry in a printer. When the printer prints on a label, the inventory on the memory device is updated to reflect the unavailability of the printed label.
    • 一种热转印打印机,其包括标签介质驱动子组件和色带驱动子组件,其协作地推进标记介质和热转印色带经过打印头子组件。 标签介质供应卷轴由标签介质驱动子组件可旋转地驱动以馈送标签介质。 标签介质供应卷轴具有标签介质,该卷纸介质缠绕在卷轴芯上。 可用于在线轴上打印的标签的清单存储在存储设备上。 存储器件电连接到打印机中的打印机电路。 当打印机打印在标签上时,内存设备上的清单将被更新,以反映打印标签的不可用性。
    • 2. 发明授权
    • Production of boric oxide
    • 生产氧化硼
    • US5651949A
    • 1997-07-29
    • US611929
    • 1996-03-06
    • Richard P. FisherJohn D. KwamyaTracy E. Gray
    • Richard P. FisherJohn D. KwamyaTracy E. Gray
    • C03B5/02C01B35/10C03C3/14
    • C01B35/1036
    • Amorphous boric oxide-containing product having about 80 to 90% B.sub.2 O.sub.3 is produced by heating boric acid to an elevated temperature of about 180.degree. to 220.degree. C. to dehydrate the boric acid and form a molten glass which is cooled to a solid glassy product. The solid glass can be comminuted to produce a particulate product. Preferably the boric acid is heated at about 195.degree. to 205.degree. C. The process is readily adapted to a continuous process in which the boric acid is continuously fed through a heated reactor-mixer such as a Kneadermaster mixer or Discotherm mixer. The molten glassy product is cooled to form a solid glassy product which can be comminuted to a desirable particle size range.
    • 通过将硼酸加热至约180℃至220℃的高温,使硼酸脱水并形成熔融玻璃,将其冷却至固体玻璃状产物,制备具有约80至90%B 2 O 3的无定形含硼氧化物的产物 。 固体玻璃可以粉碎以产生颗粒产物。 优选地,硼酸在约195℃至205℃下加热。该方法容易适用于其中硼酸通过加热的反应器 - 混合器如Kneadermaster混合器或Discotherm混合器连续进料的连续方法。 将熔融的玻璃状产物冷却以形成固体玻璃状产物,其可粉碎至所需的粒度范围。
    • 3. 发明授权
    • Production of boric oxide
    • 生产氧化硼
    • US5424052A
    • 1995-06-13
    • US157755
    • 1993-11-24
    • Paul F. JacobsJacob J. MuRichard P. Fisher
    • Paul F. JacobsJacob J. MuRichard P. Fisher
    • C01B35/10
    • C01B35/1036
    • Amorphous boric oxide-containing product having about 85 to 92% B.sub.2 O.sub.3 is produced by heating boric acid at an elevated temperature of up to about 275.degree. C. to dehydrate the boric acid and form a molten glass which is cooled to a solid glassy product. This solid glass can be comminuted to produce a particulate product. Preferably the boric acid is heated at 220.degree. to 275.degree. C., with about 250.degree. to 270.degree. C. being most preferred. The process is readily adapted to a continuous process in which the boric acid is placed on a moving continuous steel belt and conveyed through a heating zone. The molten glassy product is cooled to form a solid glassy product which is removed from the belt and comminuted to a desirable particle size range.
    • 通过在高达约275℃的高温下加热硼酸,使硼酸脱水并形成冷却至固体玻璃状产物的熔融玻璃来制备具有约85至92%B 2 O 3的无定形含氧化硼的产物。 该固体玻璃可以粉碎以产生颗粒产物。 优选将硼酸在220〜275℃下加热,最优选约250〜270℃。 该方法容易适用于将硼酸放置在移动的连续钢带上并通过加热区输送的连续方法。 将熔融的玻璃状产品冷却以形成固体玻璃状产品,将其从带中取出并粉碎至所需的粒度范围。
    • 4. 发明授权
    • Encoder-based control of printhead firing in a label printer
    • 在标签打印机中对打印头进行编码器控制
    • US06788324B2
    • 2004-09-07
    • US10068235
    • 2002-02-06
    • Richard P. FisherDavid T. GaleDouglas R. KremersDaniel K. Workman
    • Richard P. FisherDavid T. GaleDouglas R. KremersDaniel K. Workman
    • B41J236
    • B41J11/42B41J3/4075
    • A method of determining the position of a label media and printing to the label media based on the label media position is disclosed. The method includes using an encoder to track the position of the label media. As the label media advances during printing, an encoder shaft rotates with an encoder traction roller upon which the label media rides. As the encoder shaft rotates, optical reflections that occur within the encoder are interrupted, each interruption corresponding to a desired media travel distance. When the optical reflection is interrupted, the encoder sends a signal to the controller, which then sends a control signal to fire the printhead, and consequently the label media is thermally printed. The system is useful in thermal printer systems to provide more accurate position information of the label media, and consequently, more accurate printing. In this manner, with the encoder tracking the motion of the media, the timing of the printing of the label media is determined upon the actual position of the label media itself.
    • 公开了一种基于标签介质位置确定标签介质的位置和打印到标签介质的方法。 该方法包括使用编码器跟踪标签介质的位置。 随着标签介质在打印过程中进行,编码器轴与编码器牵引辊一起旋转,编码器牵引辊在标签介质上骑行。 当编码器轴旋转时,编码器内发生的光学反射被中断,每个中断对应于所需的介质行程距离。 当光学反射中断时,编码器向控制器发送信号,然后发送控制信号以对打印头进行点火,因此标签介质被热打印。 该系统在热敏打印机系统中是有用的,以提供更准确的标签介质的位置信息,从而更准确的印刷。 以这种方式,通过编码器跟踪介质的运动,标签介质的打印定时是根据标签介质本身的实际位置确定的。