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    • 2. 发明授权
    • Binding system
    • 绑定系统
    • US5013200A
    • 1991-05-07
    • US328805
    • 1989-03-20
    • Ray A. HunderAlden R. MilesStephen H. DwyerDorman N. Thompson
    • Ray A. HunderAlden R. MilesStephen H. DwyerDorman N. Thompson
    • B42C9/00B42D1/04
    • B42C9/005B42D1/04
    • A binding system including a method for binding sheets in which a stack of the sheets is shingled to disclose narrow side surface portions along their spine edges, a uniform layer of pressure sensitive adhesive is adhered to those spine edges and narrow side surface portion after which the spine edges are moved into alignment at a right angle to the side surfaces of the sheets to re-form the pressure sensitive adhesive along the spines of the sheets, and a flexible backing is adhered over the re-formed adhesive along the spine edges and at the side surfaces of the sheets to retain the spine edges of the sheets in that alignment. The system also includes a novel cover structure which facilitates the method and includes cover plates, the pressure sensitive adhesive and the backing; and a novel device for holding and positioning the sheets during binding.
    • 一种捆绑系统,包括用于捆扎片材的片材的方法,其中片材堆叠沿着它们的脊部边缘公开窄的侧表面部分,均匀的压敏粘合剂层粘附到那些脊部边缘和窄的侧表面部分,之后, 脊柱边缘与片材的侧表面成直角移动成对准,沿着片材的脊部重新形成压敏粘合剂,并且柔性背衬沿着脊柱边缘和重新成形的粘合剂粘附在脊边缘上 片材的侧表面以保持片材的脊部边缘在该对准中。 该系统还包括一种新颖的盖结构,其有助于该方法并且包括盖板,压敏粘合剂和背衬; 以及用于在装订期间保持和定位纸张的新型装置。
    • 3. 发明授权
    • Manual sheet binding structure and method
    • 手动薄片装订结构和方法
    • US5052872A
    • 1991-10-01
    • US359504
    • 1989-06-01
    • Ray A. HunderStephen H. DwyerGeorge J. ClementsMichael K. Martin
    • Ray A. HunderStephen H. DwyerGeorge J. ClementsMichael K. Martin
    • B42C9/00
    • B42C9/0056
    • A method for binding a stack of fan folded sheets including manually disposing the stack of sheets with spine edges of the sheets generally aligned in a plane generally at a right angle to the side surfaces of the sheets in the stack; manually positioning a thick layer of pressure sensitive adhesive already adhered to a generally planar portion of a highly flexible backing having low resiliency over the spine edges; and manually pressing the side of the backing against the spine edge of the sheets to cause conformation of the backing and adhesion of the layer of pressure sensitive adhesive to the spine edges of the sheets, which is most easily done by manually pressing the spine edges of the sheets toward an edge of a structure such as a table or desk with the edge disposed transverse of the spine edges of the sheets along the surface of the backing opposite the layer of pressure sensitive adhesive while moving the spine edges longitudinally to bring the majority of the side of the backing opposite the layer of pressure sensitive adhesive progressively into engagement with the edge.
    • 一种用于捆绑风扇折叠片材的堆叠的方法,包括手动地设置所述片材的一叠,其中所述片材的脊部边缘通常在与所述堆叠件中的片材的侧表面成直角的平面中对齐; 手动定位厚层的压敏粘合剂已经粘附到在脊柱边缘上具有低弹性的高柔性背衬的大致平面部分上; 并且手动地将背衬的侧面压靠在片材的脊部边缘上以引起背衬的构造并且压敏粘合剂层粘附到片材的脊部边缘,这最容易通过手动按压脊柱边缘 片材朝向诸如桌子或桌子的结构的边缘,其边缘沿着背衬相对于压敏粘合剂层的背衬的表面设置横向于片材的脊部边缘,同时沿着纵向移动脊柱边缘以使大部分 与压敏粘合剂层相对的背衬的侧面逐渐与边缘接合。
    • 4. 发明申请
    • Data storage docking system
    • 数据存储对接系统
    • US20080244145A1
    • 2008-10-02
    • US11731583
    • 2007-03-30
    • James R. KramlichStephen H. DwyerYung Yip
    • James R. KramlichStephen H. DwyerYung Yip
    • G06F13/10G06F1/16
    • G06F1/1632
    • A docking system for interfacing with a host computing device and for receiving a plurality of data storage components including a non-tape data storage media and an electrical contact. The docking system includes a primary station and an auxiliary station. The primary station includes an electrical connection device configured to interface with the host computing device and a primary station electrical coupling element. The auxiliary station includes a corresponding electrical coupling element selectively coupled with the primary station electrical coupling element and further includes at least one socket configured to selectively receive one of the plurality of data storage components. The docking system is configured to provide the host computing device with access to the non-tape data storage media via the electrical connection device, the primary station electrical coupling element, the corresponding electrical coupling element of the auxiliary station, and the electrical receptor of the auxiliary station.
    • 一种对接系统,用于与主计算设备接口并用于接收包括非磁带数据存储介质和电接触的多个数据存储组件。 对接系统包括主站和辅助站。 主站包括被配置为与主计算设备和主站电耦合元件接口的电连接设备。 辅助站包括相应的电耦合元件,其选择性地与主站电耦合元件耦合,并且还包括被配置为选择性地接收多个数据存储部件之一的至少一个插座。 对接系统被配置为经由电连接装置,主站电耦合元件,辅助站的对应电耦合元件以及辅助站的电接收器为主计算设备提供对非磁带数据存储介质的访问 辅助站。
    • 5. 发明申请
    • Single step method for transferring digital motion pictures to movie theater systems
    • 将数字电影传输到电影院系统的单步方法
    • US20080198487A1
    • 2008-08-21
    • US11708784
    • 2007-02-20
    • Purushotham G. Lala BalajiTodd W. AbrahamsonStephen H. Dwyer
    • Purushotham G. Lala BalajiTodd W. AbrahamsonStephen H. Dwyer
    • G11B5/633G08B13/14G11B20/00
    • G11B5/633
    • The disclosure is directed to techniques for transferring data files representing a digital motion picture to a motion picture system within a theater in a single step. More specifically, the techniques allow a user to press one button to initiate the transfer, or upload, of a plurality of data files stored on a data tape to a predetermined location within a data storage device within the theater. The single input from the user frees the user from completing the plurality of steps needed to manually select a desired data file from the data tape and find the location to transfer the data file. Instead, the data tape or user system may automatically identify the entire plurality of data files and the predetermined location at which to store the plurality of data files. The techniques facilitate the distribution of motion pictures from motion picture studios to theaters using magnetic tape media.
    • 本公开涉及用于在单个步骤中将表示数字运动图像的数据文件传送到剧院内的运动图像系统的技术。 更具体地说,这些技术允许用户按压一个按钮来启动将存储在数据磁带上的多个数据文件传送或上传到剧院内的数据存储装置内的预定位置。 来自用户的单个输入使用户不能完成从数据磁带手动选择所需数据文件所需的多个步骤,并找到传送数据文件的位置。 相反,数据磁带或用户系统可以自动识别整个多个数据文件和存储多个数据文件的预定位置。 这些技术有助于使用磁带介质将运动图像从电影工作室分发到影院。