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    • 57. 发明申请
    • Envelope closing mechanism and method for closing an envelope
    • 信封关闭机构和关闭信封的方法
    • US20060185788A1
    • 2006-08-24
    • US11319236
    • 2005-12-27
    • Fransiscus Feijen
    • Fransiscus Feijen
    • B43M5/00
    • B43M5/042B43M11/00Y10T156/1051
    • An envelope closing mechanism with a deflector (11; 61) for urging a flap (6) of an envelope (3) from the transport path (20; 70); and a moistener (7) for moistening at least a portion of the flap (6) of an envelope (3). The deflector (11; 61) is movable between a position of rest on a side of the transport path (20; 70) located opposite the moistener, and a deflecting position on the other side of the transport path (20; 70) for urging the flap (6) of the envelope (3) against the moistener (7). If the deflector (11, 61) is in the deflecting position, it releases the transport path (20; 70) for transporting the envelope (3) along the deflector (11, 61). From a position in which the flap (6) of the envelope (3) extends between the moistener (7) and the deflector (11) in a deflecting position, the envelope (3), following the transport path (20; 70) is transported along the deflector (11) in the deflecting position with the fold leading. A method for closing envelopes is also described.
    • 一种具有偏转器(11; 61)的信封封闭机构,用于从输送路径(20; 70)推动信封(3)的挡板(6); 以及用于润湿外壳(3)的翼片(6)的至少一部分的加湿器(7)。 偏转器(11; 61)可在位于与湿润器相对的输送路径(20; 70)的一侧的静止位置和位于输送路径(20; 70)的另一侧的偏转位置之间移动, 所述封套(3)的挡板(6)抵靠所述加湿器(7)。 如果偏转器(11,61)处于偏转位置,则其释放用于沿着偏转器(11,61)输送信封(3)的输送路径(20; 70)。 从包封(3)的挡板(6)处于偏转位置在湿润剂(7)和偏转器(11)之间延伸的位置,沿传送路径(20; 70)的包络(3)是 沿着偏转器(11)沿折叠位置传送。 还描述了封闭信封的方法。
    • 59. 发明授权
    • Mailing machine including low speed sheet feeding and jam detection
structure
    • 邮寄机包括低速送纸和果酱检测结构
    • US5314566A
    • 1994-05-24
    • US991898
    • 1992-12-17
    • Dennis M. GallagherThomas M. PfeiferRichard P. Schoonmaker
    • Dennis M. GallagherThomas M. PfeiferRichard P. Schoonmaker
    • G07B17/00B43M5/00
    • G07B17/00661G07B2017/005G07B2017/00669G07B2017/00677
    • In a machine including structure for printing an indicia on a sheet at a predetermined printing speed, wherein the machine includes structure for feeding the sheet in a path of travel to the printing structure, apparatus for detecting a malfunction of the machine, the apparatus comprising, structure for controlling the machine, the controlling structure including a microprocessor, structure for sensing the sheet in the path of travel, the sensing structure including a first sensor connected to the microprocessor for providing a first sensing signal thereto in response to sensing the sheet, the sensing structure including a second sensor connected to the microprocessor for providing a second sensing signal thereto in response to sensing the sheet, and the microprocessor programmed for causing the sheet feeding structure to feed the sheet to the sensing structure at a first predetermined sheet feeding speed less than the printing speed, causing the printing structure to commence a printing cycle after a first predetermined time delay from the microprocessor receiving the first sensing signal, preventing the printing structure from commencing the printing cycle after a second predetermined time delay from the microprocessor receiving the first sensing signal if the second sensing signal is not previously received thereby, and causing the sheet feeding structure to feed the sheet at the printing speed if the second sensing signal is received by the microprocessor before the second predetermined time delay is ended.
    • 在包括用于以预定打印速度在片材上打印标记的结构的机器中,其中所述机器包括用于将所述片材馈送到所述打印结构的行进路径的结构,用于检测所述机器故障的设备, 用于控制机器的结构,所述控制结构包括微处理器,用于感测行进路径中的片材的结构,所述感测结构包括连接到微处理器的第一传感器,用于响应于感测片材而向其提供第一感测信号, 感测结构包括连接到微处理器的第二传感器,用于响应于感测片材而向其提供第二感测信号,并且微处理器被编程为使得片材馈送结构以第一预定片材进给速度较少的方式将片材馈送到感测结构 比打印速度快,导致打印结构开始打印 在接收到第一感测信号的微处理器的第一预定时间延迟之后,如果第二感测信号未被接收到第一感测信号,则在从微处理器接收到第一感测信号的第二预定时间延迟之后防止打印结构开始打印周期 并且如果在第二预定时间延迟结束之前微处理器接收到第二感测信号,则使片材馈送结构以打印速度馈送片材。