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    • 2. 发明授权
    • Liquid jet recording head having improved radiator member
    • 具有改进的散热器构件的液体喷射记录头
    • US5600356A
    • 1997-02-04
    • US365069
    • 1994-12-28
    • Takuro SekiyaTakashi KimuraMasanori HorikeShuji MotomuraMasami Kadonaga
    • Takuro SekiyaTakashi KimuraMasanori HorikeShuji MotomuraMasami Kadonaga
    • B41J2/14B41J2/05
    • B41J2/14129B41J2/14072
    • A liquid jet recording head includes a liquid path member having a plurality of liquid flow paths, each of the liquid flow paths being filled with a recording liquid, an orifice being formed at an end of each of the liquid flow paths, and a heater base member having a plurality of heater members and a plurality of radiator members. The heater base member is connected to the liquid path member, each of the heater members having a heater portion, the heater portion generating heat in accordance with a power supplied to it. Each of the radiator members is thermally coupled to the heater portion of one of the heater members so that the amount of heat transmitted from the heater portion to the recording liquid on the heater portion changes in a predetermined direction. When a power is supplied to the heater portion, a bubble is generated in the recording liquid and located at an area on the heater portion, the area having a size corresponding to the power supplied to the heater portion, the bubble causing a recording liquid droplet to be jetted from the orifice.
    • 液体喷射记录头包括具有多个液体流动路径的液体通道部件,每个液体流动路径填充有记录液体,在每个液体流动路径的端部形成有孔口,加热器基座 构件具有多个加热器构件和多个散热器构件。 加热器基部件连接到液体通道部件,每个加热器部件具有加热器部分,加热器部分根据供应给其的电力产生热量。 每个散热器构件热耦合到一个加热器构件的加热器部分,使得从加热器部分传递到加热器部分上的记录液体的热量在预定方向上变化。 当向加热器部分供电时,在记录液体中产生气泡并且位于加热器部分的区域上,该区域具有与供给加热器部分的功率相对应的尺寸,该气泡引起记录液滴 从孔口喷出。
    • 3. 发明授权
    • Ink jet printing apparatus
    • 喷墨打印设备
    • US4504844A
    • 1985-03-12
    • US433929
    • 1982-10-12
    • Yutaka EbiTadashi FujiiTakuro SekiyaMasanori HorikeTatsuya FurukawaMasaaki Tachiki
    • Yutaka EbiTadashi FujiiTakuro SekiyaMasanori HorikeTatsuya FurukawaMasaaki Tachiki
    • B41J2/06G01D15/16
    • B41J2/06B41J2002/061B41J2202/22
    • An on-demand type ink jet printing apparatus which prints out data in various forms such as characters and numerals by the combination of dots formed by ink droplets on a sheet of paper. An ink ejection head of the printer includes control electrodes disposed in at least one ink passageway. Ink droplets are formed and caused to fly by electric fields developed in the vicinity of the control electrodes when voltages are applied thereacross. Multiport ink ejection is achieved by the provision of a plurality of ink passageways in the head. The voltage supply to the control electrodes is controllable so that ink droplets may be formed and caused into flight in response to print signals.A channel defining each ink passageway can be shaped easily yet with accuracy utilizing an etching characteristic particular to a specific crystal face.A plurality of acceleration electrodes may be employed to promote desirable flight of ink droplets. Further, a counter electrode may be located in the head to face the control electrodes so that the ink droplets will be formed and fly in a further efficient and stable manner.
    • 一种点播式喷墨打印设备,其通过由墨滴形成的点组合在一张纸上打印诸如字符和数字的各种形式的数据。 打印机的喷墨头包括设置在至少一个墨通道中的控制电极。 当在其上施加电压时,通过在控制电极附近产生的电场,形成墨滴并使其飞行。 通过在头部中设置多个墨水通道来实现多端口墨水喷射。 对控制电极的电压供应是可控制的,使得可以响应于打印信号而形成墨滴并引起飞行。 限定每个墨水通道的通道可以利用特定于特定晶面的蚀刻特性而精确地成形。 可以使用多个加速电极来促进墨滴的理想飞行。 此外,对置电极可以位于头部中以面对控制电极,使得墨滴将形成并以更有效和稳定的方式飞行。
    • 4. 发明授权
    • Ink ejection head
    • 喷墨头
    • US4510509A
    • 1985-04-09
    • US472530
    • 1983-03-07
    • Masanori HorikeTatsuya FurukawaTakuro SekiyaYutaka EbiTakuro IsayamaMasaaki Tachiki
    • Masanori HorikeTatsuya FurukawaTakuro SekiyaYutaka EbiTakuro IsayamaMasaaki Tachiki
    • B41J2/14B41J2/155G01D15/18
    • B41J2/1433B41J2/155
    • A new nozzle structure is disclosed for an ink ejection head of an electric field on-demand type ink jet printer. A plurality of circular nozzles and first electrodes integral with the nozzles are arranged along the widthwise direction (X direction) and feed direction (Y direction) of a sheet of paper. A plurality of lead terminals are individually connected to the arrays of the first electrodes each of which extends in the Y direction. Second electrodes are located at the rear of the first electrodes and individually connected to the arrays of the first electrode each of which extends in the X direction. A third or counter electrode is positioned in front of the first electrodes and at the back of the sheet. Each of the second electrodes is mounted on a nozzle plate or a nozzle support. The first electrodes are supplied with voltage pulses corresponding to image data, the second electrodes for printing with a voltage opposite in polarity to the voltage pulses, and the second electrodes for non-printing with a zero voltage or a voltage common in polarity to the voltage pulses sequentially and repeatedly on the time sharing basis. The third electrode is applied with a constant voltage of the opposite polarity to the voltage pulses.
    • 公开了一种用于电场点播式喷墨打印机的喷墨头的新喷嘴结构。 沿着纸张的宽度方向(X方向)和供给方向(Y方向)排列多个与喷嘴一体的圆形喷嘴和第一电极。 多个引线端子分别连接到每个沿Y方向延伸的第一电极的阵列。 第二电极位于第一电极的后部,并且分别连接到第一电极的阵列,每个阵列沿X方向延伸。 第三或对电极位于第一电极的前面和片的背面。 每个第二电极安装在喷嘴板或喷嘴支架上。 向第一电极提供与图像数据相对应的电压脉冲,用于以与电压脉冲极性相反的电压进行打印的第二电极,以及用于零电压或与电压极性相同的电压的非打印的第二电极 在时间分配的基础上顺序地和反复地进行脉冲。 施加与电压脉冲相反极性的恒定电压的第三电极。
    • 9. 发明申请
    • Development device, process cartridge and image forming apparatus
    • 显影装置,处理盒和成像装置
    • US20060216071A1
    • 2006-09-28
    • US11370057
    • 2006-03-08
    • Masaaki YamadaMasanori HorikeYohichiroh MiyaguchiNobuaki KondohYoshinori Nakagawa
    • Masaaki YamadaMasanori HorikeYohichiroh MiyaguchiNobuaki KondohYoshinori Nakagawa
    • G03G15/08
    • G03G15/0942G03G15/0815
    • Development device includes an electrostatic conveyance device, a supply device, and a collection device. The electrostatic conveyance device moves toner on a surface thereof in a toner conveyance direction by a phase-shifting electric field. The surface has upstream and downstream side ends where the phase-shifting electric field starts and ends, respectively. The supply device opposes the upstream side end to supply the toner onto the electrostatic conveyance surface. The toner supplied by the supply device onto the electrostatic conveyance surface is moved by the phase-shifting electric field to a development area of the electrostatic conveyance device opposing an image bearing. The collection device opposes the downstream side end and collects the toner moved on the electrostatic conveyance surface to a downstream side of the development area of the electrostatic conveyance device in the toner conveyance direction without contributing to the development.
    • 显影装置包括静电输送装置,供给装置和收集装置。 静电输送装置通过相移电场在调色剂输送方向的表面上移动调色剂。 该表面分别具有相移电场开始和结束的上游侧和下游侧端。 供给装置与上游侧端部抵接,将调色剂供给到静电输送面上。 由供电装置供给到静电输送面上的调色剂通过移相电场移动到与图像承载相对的静电输送装置的显影区域。 收集装置与下游侧端部相对,并且将在静电输送表面上移动的调色剂收集到静电输送装置的显影区域的调色剂输送方向的下游侧,而不会有助于显影。