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    • 83. 发明公开
    • System for driving thermal head of dye thermal printer
    • Steuerungsverfahren eines Thermo-Druckkopfes eines Thermo-Farbdruckers。
    • EP0516091A2
    • 1992-12-02
    • EP92108963.7
    • 1992-05-27
    • Shinko Electric Co. Ltd.
    • Fukuda, Hiroaki, c/o Ise Fact. Shinko Elect.Co.Ltd
    • B41J2/355
    • B41J2/36
    • A system for driving the thermal head (10) of a dye thermal printer for controlling energizing time of heating resistors (11) by applying a drive pulse having a pulse width corresponding to a modulation density of an input data every time the data is input thereto, characterized in that the drive pulse having the pulse width corresponding to the modulation density is applied to the heating resistor (11) until the modulation density reaches a given modulation density and repetition pulses having a given interval are applied thereto when the modulation density exceeds the given modulation density so that the high speed printing can be realized compared with the conventional system by preventing the transfer film (30) from being crumpled.
    • 一种用于驱动染料热敏打印机的热敏头(10)的系统,用于通过在每次输入数据时施加具有与输入数据的调制密度相对应的脉冲宽度的驱动脉冲来控制加热电阻器(11)的通电时间 其特征在于,具有与调制密度对应的脉冲宽度的驱动脉冲被施加到加热电阻器(11),直到调制密度达到给定的调制密度,并且当调制密度超过 给定调制密度,从而通过防止转印膜(30)被弄皱,可以实现与常规系统相比的高速打印。
    • 85. 发明公开
    • Method of setting a printing condition of a video hardcopy
    • Videopapierkopiereinrichtung und Verfahren zur Einstellung einer Druckbedingung davon。
    • EP0464677A2
    • 1992-01-08
    • EP91110669.8
    • 1991-06-27
    • Shinko Electric Co. Ltd.
    • Shimomura, Shinzo, Ise Factory of Shinko
    • H04N1/46
    • G06K15/00G06K2215/0091G06K2215/0094H04N1/622
    • In a video hard copy device having an input interface (21) for receiving video signals (R, G, B)to be supplied to a display (CRT) and converting the video signals to digital data, an image memory (22) for receiving the digital data (R D , G D , B D ) from the input interface and storing the image data (R D , G D , B D ) therein, a color assigning circuit (10) for reading the digital data (R D , G D , B D ) and a printing portion (25) for receiving the digital data (R D , G D , B D ) and printing out the digital data (R D , G D , B D ) charactrized in that the video hard copy device can (1) convert a color of a picture on the display (CRT) into an arbitrary selected color by specifying a position of the image on the picuture having the same color and print out the selected color and (2) print out a geographic information image for dividing the image of one picture on the display (CRT) into a plurality of matrices for setting a printing condition with use of the printed geographic information without resorting to the picture on the dispaly (CRT).
    • 在具有用于接收要提供给显示器(CRT)并将视频信号转换为数字数据的视频信号(R,G,B))的输入接口(21)的视频硬拷贝装置中,用于接收 来自输入接口的数字数据(RD,GD,BD)并存储其中的图像数据(RD,GD,BD),用于读取数字数据(RD,GD,BD)的颜色分配电路(10) 用于接收数字数据(RD,GD,BD)并打印出数字数据(RD,GD,BD)的部分(25),其特征在于,视频硬拷贝设备可以(1)在显示器上转换图像的颜色 (CRT)通过指定具有相同颜色的图案上的图像的位置并打印出所选择的颜色并且(2)打印地图信息图像以划分显示器上的一个图像的图像(CRT) )转换为多个矩阵,用于通过使用印刷的地理信息来设置打印条件而不诉诸于此 (CRT)上的图片。
    • 89. 发明公开
    • Video signal hard copying apparatus
    • 视频信号硬复制设备
    • EP0316946A3
    • 1990-03-21
    • EP88119229.8
    • 1988-11-18
    • Shinko Electric Co. Ltd.
    • Shimomura, Shinzo c/o Ise Factory of
    • H04N1/40
    • H04N1/00291H04N1/00294H04N1/3875H04N1/40
    • A video signal hard copying apparatus for printing on a copying sheet of paper input color video signals including R, G, B signals, and horizontal and vertical synchronizing signals as a color image signal includes D/A converter means for generating reference voltages each changing stepwise, comparator means for comparing the color image signal with the reference voltages to provide digital signal patters composed of logical "0s" and/or logical "1s" indicative of the state of the color image signal, and memory means for temporarily storing the digital signal patterns for latter associated processings. An automatic setting apparatus for generating a video signal sampling clock in the video signal hard copying apparatus includes display means for displaying marks thereon separated by a predetermined drawn distance, memory means for storing the predetermined drawn data, storage state judging and adjusting menas for judging whether or not the drawn distance is stored at a correct location in the memory means which location is estimated by the storage state judging and adjusting means itself, and further outputting a frequency dividing ratio setting signal, and frequency multiplier means for generating a sampling clock for sampling the input video signal, the sampling clock being employed for the foregoing judgement by the storage state judging and adjusting means until a correct sampling clock is established.
    • 90. 发明公开
    • Strong magnetic thrust force type actuator
    • Betätigerder Bauart mit starker magnetischer Schubkraft。
    • EP0352189A1
    • 1990-01-24
    • EP89402056.9
    • 1989-07-19
    • Shinko Electric Co. Ltd.
    • Nakagawa, Hiroshi c/o Shinko Electric Co., Ltd.Maeda, Minoru c/o Shinko Electric Co., Ltd.
    • H02K41/03H02K37/12B25J9/12
    • H02K41/033B25J9/123H02K1/28H02K7/08H02K37/20H02K2213/03
    • A strong magnetic thrust force type actuator includes a first type of actuator, the permanent magnet of which is inserted between plate members of the primary magnetic member. When the insulated wire is activated by the primary magnetic member, a magnetic flux flows from a facing portion formed with a secondary magnetic member to a plate member, and then, to an adjacent plate member through a permanent magnet. In this adjacent plate member, another magnetic flux flows in there from another adjacent plate member through another permanent magnet. In a second type of actuator, the permanent magnet of which is inserted between the side surfaces of facing portions formed with the secondary magnetic member, a magnetic flux flows from a facing portion formed with the primary magnetic member to a facing portion of the secondary magnetic member, and then, to an adjacent facing portion through a permanent magnet, in this adjacent facing portion, another magnetic flux flows in there from another adjacent facing portion through another permanent magnet. Thus, as long as the pulse current flows in the coils wound around primary magnetic member, all facing portions of the primary magnetic member contribute to produce a magnetic thrust.
    • 强力推力型致动器包括第一类型的致动器,其永磁体插入在主磁性构件的板构件之间。 当绝缘线被主磁性部件激活时,磁通量从形成有次级磁性部件的对置部分流向平板部件,然后通过永磁体流向相邻的板状部件。 在该相邻的板构件中,另一个磁通量通过另一个永磁体从另一个相邻的板构件流入。 在第二类型的致动器中,其永磁体被插入在形成有次级磁性构件的相对部分的侧表面之间,磁通量从形成有初级磁性构件的相对部分流到副磁铁的对置部分 然后通过永久磁铁移动到相邻的相对部分,在该相邻的面对部分中,另一个磁通量通过另一个永磁体从另一个相邻的相对部分流入。 因此,只要脉冲电流在缠绕在一次磁性部件上的线圈中流动,则主磁性部件的所有面对部分有助于产生磁力推力。