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    • 82. 发明授权
    • Imaging processor
    • 成像处理器
    • US5583941A
    • 1996-12-10
    • US326002
    • 1994-10-19
    • Eiichi YoshidaYoshikazu IkenoueKeiji Nakatani
    • Eiichi YoshidaYoshikazu IkenoueKeiji Nakatani
    • G09C5/00H04N1/387H04N1/44H04L9/08
    • G09C5/00H04N1/4413H04N1/448
    • In an image processor, a scramble device performs scramble processing to deform a document image by using scramble conditions by rearranging pixel data in the document image read by a reader. The scramble conditions are embedded in a hard copy of the document image subjected to the scramble processing in such a way that the scramble conditions cannot be easily seen by the naked eye. Thus, the scramble conditions are included in the hard copy. The hard copy is reproduced by using the scramble conditions restored from the hard copy. If a user desires, the scramble processing is performed not on a front page, but on the following pages. The scramble processing can be performed at different levels, and the scramble conditions include a level of scramble processing. Preferably, special marks can be registered, and a level of scramble processing is also registered for each of the marks. If one of the special marks are extracted from a document image, the repetition time is determined automatically according to the registered data.
    • 在图像处理器中,加扰装置进行加扰处理,通过重新排列由读取器读取的文档图像中的像素数据,通过使用加扰条件使文档图像变形。 加扰条件嵌入在进行加扰处理的文件图像的硬拷贝中,使得无法用肉眼容易地看到扰乱条件。 因此,争夺条件包括在硬拷贝中。 使用从硬拷贝恢复的争夺条件复制硬拷贝。 如果用户需要,则不在首页上进行加扰处理,而是在以下页面上执行。 加扰处理可以在不同的级别执行,并且加扰条件包括加扰处理的级别。 优选地,可以注册特殊标记,并且还为每个标记登记了加扰处理的级别。 如果从文档图像中提取出特殊标记之一,则根据注册数据自动确定重复时间。
    • 83. 发明授权
    • Font management system
    • 字体管理系统
    • US5410640A
    • 1995-04-25
    • US216515
    • 1994-03-23
    • Takashi MorikawaYoshikazu Ikenoue
    • Takashi MorikawaYoshikazu Ikenoue
    • B41J5/44G06F3/153G06F17/21G06K15/02G09G5/24G06F15/00
    • G06K15/02G06K2215/0028
    • A font management system includes a font memory for storing a plurality of fonts each having a plurality of attributes and a system RAM containing a priority register table. The font memory has a receiving buffer in which is stored a font selection code transmitted from a host computer. The font selection code contains attribute information and is used to select a single font from among the plurality of the fonts. The system further includes a central control operation unit, in which the attribute information contained in the font selection code is compared with attribute information stored in the font memory in the order of priorities of the fonts stored in the system RAM. The system can select a desired font having attribute information in agreement with the attribute information contained in the font selection code at a high speed.
    • 字体管理系统包括用于存储多个具有多个属性的字体的字体存储器和包含优先级寄存器表的系统RAM。 字体存储器具有接收缓冲器,其中存储从主计算机发送的字体选择代码。 字体选择代码包含属性信息,用于从多个字体中选择单个字体。 该系统还包括中央控制操作单元,其中包含在字体选择代码中的属性信息以存储在系统RAM中的字体的优先顺序与存储在字体存储器中的属性信息进行比较。 该系统可以高速地选择具有与包含在字体选择代码中的属性信息一致的属性信息的期望字体。
    • 85. 发明授权
    • Printer controller
    • 打印机控制器
    • US5068807A
    • 1991-11-26
    • US670392
    • 1991-03-15
    • Yoshikazu Ikenoue
    • Yoshikazu Ikenoue
    • G06F3/12G06K15/00
    • G06F3/1293G06K15/00G06K2215/0011G06K2215/0017
    • A printer controller for controlling a printer shared with plural external data processors is disclosed.The printer controller includes a first memory for memorizing control data received from either one of the data processors when connected, a second memory for saving the received control data when another data processor is connected and a memory controller for saving the control data from the first memory to the second memory and for returning the control data from the second memory to the first memory when the printer is switched fron one of the data processors to another one or vice versa.The printer controller further includes a communication device for controlling communication between either one of the data processors and the printer which is capable of identifying individual data processors.
    • 公开了一种用于控制与多个外部数据处理器共享的打印机的打印机控制器。 打印机控制器包括:第一存储器,用于在连接时存储从任一个数据处理器接收的控制数据;第二存储器,用于在连接另一个数据处理器时保存所接收的控制数据;以及存储器控制器,用于从第一存储器保存控制数据 到第二存储器并且当打印机将一个数据处理器切换到另一个时将控制数据从第二存储器返回到第一存储器,反之亦然。 打印机控制器还包括用于控制能够识别各个数据处理器的数据处理器和打印机中的任一个之间的通信的通信设备。
    • 86. 发明授权
    • Sheet supplying apparatus
    • 供纸装置
    • US5056769A
    • 1991-10-15
    • US180908
    • 1988-04-13
    • Yoshikazu IkenoueIkunori Yamaguchi
    • Yoshikazu IkenoueIkunori Yamaguchi
    • G03G15/00
    • G03G15/6508G03G15/6502G03G2215/00383G03G2215/00556G03G2215/00628G03G2215/00725G03G2215/00784
    • A sheet supplying apparatus comprising a plurality of sheet supply stages each for storing a stack of sheets therein, each of the sheet supply stages comprising a vertically movable sheet support member capable of supporting a stack of sheets thereon, the sheet supply stages having a predetermined order of priority, wherein the sheet support member associated with each of the sheet supply stages is driven for movement to a position in which the uppermost one of the sheets supported thereon reaches a predetermined level and wherein, out of the sheet supply stages, a particular sheet supply stage is selected which has a stock of sheets stored therein and which is higher in the order of priority than a sheet supply stage also having a stock of sheets stored therein, the movement of the sheet support member being enabled after the particular sheet supply stage is selected through detection of the presence or absence of a sheet stored in each of the sheet supply stage.
    • 一种片材供应装置,包括多个片材供应台,每个片材供应台用于在其中存储一叠片材,每个片材供应台包括能够在其上支撑一叠片材的可垂直移动的片材支撑构件,片材供应阶段具有预定顺序 其中与每个片材供应级相关联的片材支撑构件被驱动以移动到其中支撑在其上的最上面的片材达到预定水平的位置,并且其中在片材供应阶段之外的特定片材 选择供给级,其具有存储在其中的纸张,并且优先级高于具有存储在其中的纸张的纸张供应台的高度顺序,片材支撑构件在特定纸张供应阶段之后的运动 通过检测存储在每个供纸台中的纸张的存在或不存在来选择。
    • 89. 发明授权
    • Data communication system between two different data transmission systems
    • 两种数据传输系统之间的数据通信系统
    • US4750115A
    • 1988-06-07
    • US914340
    • 1986-10-20
    • Makoto SekiyaYoshikazu Ikenoue
    • Makoto SekiyaYoshikazu Ikenoue
    • G06F15/16G06F9/52G06F13/38G06F13/40G06F13/42G06F15/167G06F15/17G06F15/177G06F13/22G06F13/24
    • G06F15/167G06F13/405G06F13/4291G06F15/17
    • A data communication system for the communication between two different data transmission systems, the SDT system and the RDT system. The SDT system includes a host CPU having an output terminal for repeatedly producing first data in a predetermined sequence of time slots by a number of interruptions taken in each time slot, a bus structure extending from the output terminal of the host CPU for transmitting the data, and a plurality of slave CPUs, each having an input terminal connected to the bus structure for receiving the first data. The RDT system for the data transmission between at least first and second CPUs includes a RAM for storing a command to the second CPU. The first CPU is operative to write the command into the RAM. The first command writing takes place at a first predetermined pulse period in a predetermined sequence of pulses. The second CPU reads the command from the RAM at a second predetermined pulse period. The host CPU in the SDT system is used in common with the first CPU in the RDT system. Also, the sequence of time slots have at least one time slot which is sufficiently long to include the sum of one cycle of the predetermined sequence of pulses and one pulse period for carrying out the data transmission by the second data transmission system within one time slot.
    • 一种用于两个不同数据传输系统,SDT系统和RDT系统之间通信的数据通信系统。 SDT系统包括主机CPU,其具有输出端子,用于以预定的时隙顺序重复地产生在每个时隙中采取的中断次数的第一数据,总线结构从主机CPU的输出端子延伸,用于发送数据 以及多个从CPU,每个从CPU具有连接到总线结构的输入端子,用于接收第一数据。 用于在至少第一和第二CPU之间的数据传输的RDT系统包括用于向第二CPU存储命令的RAM。 第一个CPU可以将命令写入RAM。 第一命令写入以预定的脉冲序列在第一预定脉冲周期进行。 第二CPU在第二预定脉冲周期从RAM读取命令。 SDT系统中的主机CPU与RDT系统中的第一个CPU通用。 此外,时隙序列具有足够长的至少一个时隙,以包括预定的脉冲序列的一个周期和一个脉冲周期的和,用于在一个时隙内执行第二数据传输系统的数据传输 。