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    • 62. 发明授权
    • Seal making device
    • 密封装置
    • US5644136A
    • 1997-07-01
    • US325446
    • 1994-10-31
    • Takanobu KamedaMachiko KanoRui KondohKenji WatanabeTomoyuki IchikawaYuichiro TaniguchiChieko Aida
    • Takanobu KamedaMachiko KanoRui KondohKenji WatanabeTomoyuki IchikawaYuichiro TaniguchiChieko Aida
    • B41D7/00B41K1/02G03F7/00B41K1/00
    • B41D7/00B41K1/02G03F7/0017
    • An object of the present invention is to provide a seal making device, by which any other person other than a specialist can make a desired seal, door plate, name plate or the like easily and quickly.The seal making device of the present invention employs a resin member on which an imprint figure is formed, and in which a part of the resin member physically stimulated by ultraviolet, laser beam, heat or the like has characteristics different from those of another part and one of the parts can be removed by the action of a predetermined kind of fluid. Further, in the seal making device, as an imprint figure transfer controlling unit controls an imprint figure writing unit as to whether or not a physical stimulation should be given to each minute unit area on a surface of the resin member according to an imprint figure read by an information processing unit, the imprint figure writing unit applies on the surface of the resin member the physical stimulation corresponding to the imprint figure to partially change characteristics of the resin member. Thereafter, the part of the resin member having changed characteristics, or the remaining part of the resin member is removed by using water or the like. Consequently, a seal or a relief or intaglio figure plate engraved with the desired figure is obtained.
    • PCT No.PCT / JP94 / 00409 Sec。 371日期:1994年10月31日 102(e)日期1994年10月31日PCT 1994年3月15日PCT公布。 公开号WO94 / 21469 日本1994年9月29日本发明的目的是提供一种密封制造装置,除了专家以外的任何其他人员可以容易且快速地制造期望的密封件,门板,铭牌等。 本发明的密封制造装置采用其上形成有印痕图形的树脂构件,其中通过紫外线,激光束,热等物理地刺激的树脂构件的一部分具有与另一部分不同的特性, 可以通过预定种类的流体的作用去除其中一个部件。 此外,在印章制作装置中,作为印记图形转印控制单元,根据印刷图形读出来控制印刷图形写入单元是否应对树脂构件的表面上的每个分钟单位区域进行物理刺激 通过信息处理单元,压印图形写入单元在树脂构件的表面上施加与印记图形相对应的物理刺激,以部分地改变树脂构件的特性。 此后,通过使用水等除去具有变化特性的树脂部件的部分或树脂部件的剩余部分。 因此,获得刻有所需图形的密封件或浮雕或凹版图形板。
    • 64. 发明授权
    • Developing apparatus and image forming apparatus using same
    • 显影装置和使用它的成像装置
    • US08260175B2
    • 2012-09-04
    • US13253559
    • 2011-10-05
    • Tomoyuki IchikawaJunichi MatsumotoNobuo IwataNatsumi Katoh
    • Tomoyuki IchikawaJunichi MatsumotoNobuo IwataNatsumi Katoh
    • G03G15/08
    • G03G21/105
    • A developing apparatus for an image forming apparatus. In order to suppress toner scattering that may occur after a development operation has been halted for a long time, the developer is transferred to a developer storage unit on the exterior of the developing machine when the development operation ends. A range in which an angle of a restricting member upstream side central angle α, which is a central angle of the surface of a developing roller on the upstream side of a restricting member opposing position opposing a developer amount restricting member in a surface motion direction of the developing roller, is not less than 0° and not more than 60° is set as a low magnetic flux density area γ in which the maximum value of a normal direction magnetic flux density on the surface of the developing roller is not more than 30 mT.
    • 一种用于图像形成装置的显影装置。 为了抑制显影操作长时间停止后可能发生的调色剂飞散,当显影操作结束时,显影剂转移到显影机外部的显影剂储存单元。 限制构件上游侧中心角α的角度的范围,该限制构件的上游侧中心角α是显影辊的表面的表面移动方向上的与限制构件相对的位置的相对位置的上游侧的表面的中心角 显影辊不小于0°且不大于60°被设定为低磁通密度区域γ,其中显影辊表面上的法向方向磁通密度的最大值不大于30 公吨。
    • 66. 发明授权
    • Discharge lamp lighting circuit
    • 放电灯点亮电路
    • US08164270B2
    • 2012-04-24
    • US12363853
    • 2009-02-02
    • Tomokazu SuzukiTomoyuki Ichikawa
    • Tomokazu SuzukiTomoyuki Ichikawa
    • H05B41/36
    • H05B41/2887
    • A discharge lamp lighting circuit is capable of preventing the discharge lamp from going out unexpectedly. The discharge lamp lighting circuit includes a DC-AC inverter which receives a power source voltage, boosts and converts the power source voltage into AC and supplies AC electric power to the discharge lamp 21. A control circuit sends a long cycle signal when the discharge lamp 21 is started. The cycle of the long cycle signal is longer than a frequency at the time of steady lighting. The control circuit sends a steady drive signal, which is a frequency at the time of steady lighting, to the DC-AC inverter 25. A cycle of the long cycle signal is set according to at least one of the power source voltage, the temperature of the discharge lamp lighting circuit or the extinguishing time.
    • 放电灯点亮电路能够防止放电灯意外熄灭。 放电灯点亮电路包括接收电源电压的DC-AC逆变器,将电源电压升压并转换为AC,并将AC电力提供给放电灯21.控制电路在放电灯 21开始了。 长周期信号的周期长于稳定点亮时的频率。 控制电路将稳定点亮时的稳定驱动信号发送到DC-AC逆变器25.长周期信号的周期根据电源电压,温度 的放电灯点亮电路或熄灭时间。