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    • 4. 发明授权
    • Communication scheme for imaging systems including printers with intelligent options
    • 成像系统的通信方案,包括具有智能选项的打印机
    • US06614545B1
    • 2003-09-02
    • US08853767
    • 1997-05-09
    • David Brian LangerSteven Wayne ParishEdward Carlton Sharp
    • David Brian LangerSteven Wayne ParishEdward Carlton Sharp
    • G06F1300
    • G06K15/00
    • A print system comprises a printer including a printer controller. One or more optional support devices are associated with the printer, wherein each optional support device includes a device controller. The system further includes a bi-directional serial communications path, including one or more trunklines, which provides serial electrical interconnection between the printer controller and each device controller of each optional support device of the system. The printer controller automatically assigns a unique device address to each optional support device. Each optional support device further includes logic circuitry which, based upon a command of the printer controller, enables passage of information generated by the printer controller through a first optional support device to a next electrically serially connected optional support device following an assignment of a first device address to the first optional support device.
    • 打印系统包括包括打印机控制器的打印机。 一个或多个可选的支持设备与打印机相关联,其中每个可选支持设备包括设备控制器。 该系统还包括双向串行通信路径,其包括一个或多个中继线,其提供打印机控制器与系统的每个可选支持装置的每个设备控制器之间的串行电互连。 打印机控制器自动为每个可选支持设备分配唯一的设备地址。 每个可选支持装置还包括逻辑电路,该逻辑电路基于打印机控制器的命令,使第一装置的分配之后能够将由打印机控制器产生的信息通过第一可选支持装置传递到下一个电串联连接的可选支持装置 地址到第一个可选支持设备。
    • 6. 发明授权
    • Method of speed control for imaging system including printers with
intelligent options
    • 包括具有智能选项的打印机的成像系统的速度控制方法
    • US6102591A
    • 2000-08-15
    • US375205
    • 1999-08-16
    • Danny Keith ChapmanSteven Wayne ParishKevin Dean Schoedinger
    • Danny Keith ChapmanSteven Wayne ParishKevin Dean Schoedinger
    • B41J11/42B41J11/44
    • B41J11/42
    • A method of controlling a speed of a print medium through a printer includes the step of providing a print medium transport assembly with a range of print medium transport speeds between a minimum print medium transport speed and a maximum print medium transport speed. A print engine is provided with a print engine speed. The range of print medium transport speeds is divided into subranges of print medium transport speeds. A requested speed is provided to the print medium transport assembly which corresponds to the print engine speed. For each subrange, an acceleration profile control equation, a constant speed control equation, and a deceleration profile control equation is determined. The constant speed control equation is dependent upon the requested speed. One of the subranges of print medium transport speeds is identified which encompasses the requested speed. The print medium is transported through the print medium transport assembly according to the acceleration profile control equation, the constant speed control equation, and the deceleration profile control equation associated with the selected subrange.
    • 通过打印机控制打印介质的速度的方法包括以下步骤:向打印介质传送组件提供在最小打印介质传输速度和最大打印介质传输速度之间的一定范围的打印介质传送速度。 打印引擎具有打印引擎速度。 打印介质传送速度的范围被划分为打印介质传输速度的子范围。 向与打印引擎速度对应的打印介质传送组件提供请求的速度。 对于每个子范围,确定加速度曲线控制方程,恒速控制方程和减速曲线控制方程。 恒速控制方程取决于要求的速度。 标识打印介质传送速度的一个子范围,其中包含请求的速度。 打印介质根据加速度曲线控制方程,恒速控制方程以及与所选择的子范围相关联的减速曲线控制方程,通过打印介质传送组件传送。
    • 7. 发明授权
    • Method and apparatus for managing the power consumption of a printer
    • 用于管理打印机的功耗的方法和装置
    • US6072585A
    • 2000-06-06
    • US989534
    • 1997-12-12
    • Todd Alan DuttonDavid Brian LangerJeffrey Thomas HinesSteven Wayne ParishPhillip Byron Wright
    • Todd Alan DuttonDavid Brian LangerJeffrey Thomas HinesSteven Wayne ParishPhillip Byron Wright
    • B41J29/393G03G15/00G06K15/16
    • G03G15/5004B41J29/393G03G15/65G06K15/16
    • An improved printer is provided which includes a print engine control program that minimizes the power consumption of the paper-handling devices to allow for a smaller DC power supply. Some of the paper-handling devices are input paper trays, output paper stackers, and a duplexer, which all preferably contain a microcontroller and an individual electric motor drive. The base printer also contains a microcontroller in the print engine that controls the printer's mechanisms and various subassemblies that are used in the laser electrophotographic printing process. To maintain control of the entire paper path, the print engine sends commands to the paper-handling devices, and these devices send responses to these commands. Most of the printer's paper-handling devices receive their electrical power entirely from the base printer, which is supplied as a DC voltage. The print engine avoids the concurrent running of subsystems in cases where the functionality of the printer is not compromised. These subsystems are instead run sequentially, so their power demands do not overlap, thereby providing a reduced overall power consumption requirement that is being supplied by the printer's DC power supply. Another aspect of the present invention allows the printer to command either all or only certain individual paper-handling devices to place themselves into a "power saver" mode.
    • 提供了一种改进的打印机,其包括打印引擎控制程序,其最小化纸张处理装置的功率消耗以允许更小的DC电源。 一些纸张处理装置是输入纸盘,输出纸堆叠器和双工器,其优选地包含微控制器和单独的电动机驱动器。 基本打印机还包含打印引擎中的微控制器,其控制打印机的机构和用于激光电子照相印刷过程的各种子组件。 为了保持整个纸张路径的控制,打印引擎向纸张处理设备发送命令,并且这些设备发送对这些命令的响应。 大多数打印机的纸张处理设备完全从基本打印机接收电力,基本打印机以直流电压供电。 在打印机的功能不受影响的情况下,打印引擎避免子系统的并发运行。 这些子系统依次运行,因此其功率需求不重叠,从而提供由打印机的直流电源提供的整体功耗要求。 本发明的另一方面允许打印机命令全部或仅某些单独的纸张处理装置将自己置于“节电”模式。