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公开(公告)号：KR1020030097482A
公开(公告)日：2003-12-31
申请号：KR1020020034874
申请日：2002-06-21
Applicant: 삼성전자주식회사
IPC: B41J2/235
Abstract: PURPOSE: An ink jet print head and a method for connecting FPC wire are provided to improve bonding force between a connecting wire and the ink jet print head and between the connecting wire and the FPC wire. CONSTITUTION: Metal wires are formed at a lower portion of a flexible printed circuit board(150) and a part of an upper portion of each flexible printed circuit wire is exposed. Metal connection wires(130) for connecting an opening section(156) of the flexible printed circuit wire to a bonding pad(106) of a printer head(100) are formed. Then, the bonding pad(106) of the printer head(100) is bonded to the opening section(156) of the flexible printed circuit wire. The opening section(156) is formed in a protective section of the flexible printed circuit board(150) including a polyimide insulation layer and a bonding layer. Then, flexible printed circuit wires are formed at a lower portion of the bonding layer.
Abstract translation: 目的：提供喷墨打印头和连接FPC线的方法，以提高连接线与喷墨打印头之间以及连接线和FPC线之间的结合力。 构成：金属线形成在柔性印刷电路板（150）的下部，并且每个柔性印刷电路线的上部的一部分被暴露。 形成用于将柔性印刷电路线的开口部分（156）连接到打印头（100）的焊盘（106）的金属连接线（130）。 然后，打印机头（100）的接合焊盘（106）接合到柔性印刷电路线的开口部分（156）。 开口部（156）形成在包含聚酰亚胺绝缘层和接合层的柔性印刷电路板（150）的保护部中。 然后，柔性印刷电路线形成在接合层的下部。
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公开(公告)号：KR1020030092853A
公开(公告)日：2003-12-06
申请号：KR1020020030690
申请日：2002-05-31
Applicant: 삼성전자주식회사
IPC: G03G15/00
CPC classification number: B41J29/393
Abstract: PURPOSE: An image forming system capable of correcting vertical alignment and a correction method of the image forming system are provided to correct a feeding error value to obtain high printing quality. CONSTITUTION: An image forming system includes a calculation unit(31) and a controller(80). The calculation unit calculates a correction value of a feeding error value for each operation mode by using one of a plurality of alignment pattern setting values that have been set corresponding to the feeding error value. The controller controls the operation of a feeding roller(54) to correct the feeding error value for each operation mode according to the correction value calculated by the calculation unit. The image forming system further includes an input unit(70) for receiving the setting value corresponding to the feeding error value, and a detector(60) for detecting the feeding error value.
Abstract translation: 目的：提供能够校正垂直取向的图像形成系统和图像形成系统的校正方法，以校正进给误差值以获得高的打印质量。 构成：图像形成系统包括计算单元（31）和控制器（80）。 计算单元通过使用与进给误差值相对应的多个对准图案设定值中的一个来计算各运转模式的进给误差值的修正值。 控制器根据由计算单元计算的校正值来控制进给辊（54）的操作，以校正每个操作模式的进给误差值。 图像形成系统还包括用于接收与馈送误差值相对应的设定值的输入单元（70）和用于检测馈送误差值的检测器（60）。
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公开(公告)号：KR100122442B1
公开(公告)日：1997-11-11
申请号：KR1019930009470
申请日：1993-05-31
Applicant: 삼성전자주식회사
IPC: B41J5/30
Abstract: It provides an overload detecting circuit to control maximum consumption of electric power, detecting overload correctly despite the occurrence of part fault and momentary peak current occurring while printing an image. Overload detecting circuit consists of induced voltage generating part(100A) connected to head driving part(HD) that generates an induced voltage responding to the head driving voltage level; overload time detecting part(100B) generating a voltage equivalent to head pin driving device responding to induced voltage generated from induced voltage generating part(100A); and output part(100C) producing an overload signal supplied by interrupt pin of central processing unit(CPU) in accordance with output signal of overload time. As overload detecting circuit(100) while not driving the output printer head(HD) has '0' volt voltage drop at both ends of the ferrite bead(FB), so base current of transistor(Q11) does not flow resulting in a non-continuity state between collector and emitter thus base current of transistor(Q12) does not flow either and the connection node(18) of transistor(Q12) collector is logically high, resulting in a continuity state between transistor(Q13) collector and emitter, eventually the logical state of connection node(22) to which transistor(Q13) collector is connected goes low showing a state of no CPU interrupt request. Once the printer begins printing, printer head controller delivers a control signal to the head driver and accordingly the head pin driving solenoids driven current increases. The ferrite bead generates an induced voltage between connection nodes (10) and (12) making base current of transistor(Q11) flow resulting in a continuity state between transistor(Q11) and emitter. As the resulting voltage is charged at condenser(C11) through resistance(R13) and the printing density of the printer becomes thicker the more the head pins are driven, the higher the frequency condenser(C11) voltage becomes; and when transistor(Q12) achieves continuity state, the voltage to connection node(18) to which transistor(Q12) collector is connected goes logically low. While connection node(18) is at low state, a non-continuity state between transistor(Q13) and emitter follows; then connection node(22) is charged by voltage(Vcc) level supplied from power ends(Vcc) emitting a high signal by system interrupt pin to CPU interrupt pin; then the CPU divides the printing image of one line increments into odd number pins and even ones and prints.
Abstract translation: 它提供一个过载检测电路来控制电力的最大消耗，即使在打印图像时出现零件故障和瞬间峰值电流，也能正确检测过载。 过载检测电路由连接到头驱动部分（HD）的感应电压产生部分（100A）组成，其产生响应于磁头驱动电压电平的感应电压; 过载时间检测部件（100B），其响应于从感应电压产生部件（100A）产生的感应电压产生相当于头针驱动装置的电压; 以及根据过载时间的输出信号产生由中央处理单元（CPU）的中断引脚提供的过载信号的输出部分（100C）。 由于不驱动输出打印头（HD）的过载检测电路（100）在铁氧体磁珠（FB）的两端具有“0”伏的电压降，因此晶体管（Q11）的基极电流不流动， - 集电极和发射极之间的连续状态，因此晶体管（Q12）的基极电流也不流动，晶体管（Q12）集电极的连接节点（18）在逻辑上较高，导致晶体管（Q13）集电极和发射极之间的连续性状态， 最终连接晶体管（Q13）集电极的连接节点（22）的逻辑状态变为低电平，显示无中断请求的状态。 一旦打印机开始打印，打印头控制器向头驱动器提供控制信号，因此头引脚驱动螺线管驱动电流增加。 铁氧体磁珠在连接节点（10）和（12）之间产生感应电压，使晶体管（Q11）的基极电流流动，导致晶体管（Q11）和发射极之间的导通状态。 随着所得到的电压通过电阻（R13）在电容器（C11）上充电，并且打印机的打印浓度越高，头引脚驱动的越多，频率电容器（C11）电压越高; 并且当晶体管（Q12）实现连续性状态时，与晶体管（Q12）集电极连接的连接节点（18）的电压在逻辑上较低。 当连接节点（18）处于低电平状态时，晶体管（Q13）和发射极之间的非导通状态跟随; 则连接节点（22）由从系统中断引脚向CPU中断引脚发出高电平信号的电源端（Vcc）提供的电压（Vcc）电平充电; 然后CPU将一行增量的打印图像分成奇数针，甚至打印。
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公开(公告)号：KR1019910000768B1
公开(公告)日：1991-02-06
申请号：KR1019870012453
申请日：1987-11-05
Applicant: 삼성전자주식회사
Abstract: The method comprises a first step for setting direction flag in opposition after moving carriage to an initial phoneme of a first letter and for moving carriage half step in opposite direction according to the state of direction flag, a second step for inspecting print to be completed, for setting the direction flag in opposition and for leading phoneme when print is not completed, a third step for deciding movement of carriage for next phoneme when the second step is completed and for printing a first bold and for moring carrage half step according to the deciding, a fourth step for moving carriage to corresponding phoneme position and for printing a second bold, and a fifth step for moving carriase to next letter position.
Abstract translation: 该方法包括：第一步骤，用于在将滑架移动到第一字母的初始音素之后，将方向标志设置为相反，并根据方向标志的状态沿相反方向移动滑架半步;第二步骤，用于检查打印结束; 用于在没有完成打印的情况下设置方向标志和用于引导音素的第三步骤，用于当完成第二步骤时决定下一个音素的运动的第三步骤，并且根据决定 第四步骤，用于将托架移动到相应的音素位置并打印第二个粗体;以及第五步骤，用于将卡车运送到下一个字母位置。
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公开(公告)号：KR1019880002119B1
公开(公告)日：1988-10-15
申请号：KR1019850005340
申请日：1985-07-25
Applicant: 삼성전자주식회사
IPC: G06F19/00
Abstract: The circuit for protecting an interruption of the word processing work in an intermediate break by others comprises a CPU (10), a switching circuit (20) for input of the protection start, release, and password keys, a control circuit (40) for switching the CPU from an ordinary mode to a protection mode when receiving the protection start key signal, a protection executing circuit (30) for rejecting other input signal except the release and password key signals, and a displayer (50) for showing the mode executing now.
Abstract translation: 用于保护中断的文字处理工作中断的电路包括CPU（10），用于输入保护启动，释放和密码键的切换电路（20），控制电路（40），用于 在接收到保护启动键信号时将CPU从普通模式切换到保护模式，用于拒绝除了释放和密码键信号之外的其他输入信号的保护执行电路（30）以及用于显示执行模式的显示器（50） 现在。
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