会员体验
专利管家(专利管理)
工作空间(专利管理)
风险监控(情报监控)
数据分析(专利分析)
侵权分析(诉讼无效)
联系我们
交流群
官方交流:
QQ群: 891211   
微信请扫码    >>>
现在联系顾问~
热词
    • 3. 发明申请
    • State detection mechanism
    • 状态检测机制
    • US20070140709A1
    • 2007-06-21
    • US11633552
    • 2006-12-05
    • Wataru YoshidaKeiji KatoFumito MizoguchiAtsushi Inoue
    • Wataru YoshidaKeiji KatoFumito MizoguchiAtsushi Inoue
    • G03G15/00
    • G03G21/1896G03G15/55G03G2221/1663
    • A state detection mechanism includes a movable member, a spring member, a fringe section, and a stopper member. The spring member displaces the movable member arranged at the first predetermined position to a second predetermined position by applying restoration force in a D direction to the movable member. The fringe section restricts the displacement by abutting to a protrusion member formed on the movable member arranged at the first predetermined position. The stopper member restricts rotation of the movable member, which rotates around an axis that extends in a D direction, by abutting to the protrusion member formed on the movable member arranged at the first predetermined position. When torque is transmitted to the movable member from a shaft, the movable member rotates around an axis that extends in the D direction, and the protrusion member and the stopper member abut to each other. Load caused by the torque is applied to a section of this abutment and destroys the protrusion member. With this arrangement, the state detection mechanism which allows for detection of a state of a replaceable member can prevent the occurrence of wrong detection.
    • 状态检测机构包括可动部件,弹簧部件,边缘部分和止动部件。 弹簧构件通过沿D方向施加恢复力将位于第一预定位置的可动构件移动到第二预定位置。 边缘部通过与布置在第一预定位置的可动件上形成的突出部件抵接而限制位移。 止动构件通过与布置在第一预定位置的可动构件上形成的突起构件抵接而限制围绕沿D方向延伸的轴线旋转的可动构件的旋转。 当扭矩从轴传递到可动构件时,可动构件围绕在D方向上延伸的轴线旋转,并且突出构件和止动构件彼此抵接。 由扭矩引起的负载施加到该邻接部分并破坏突出部件。 通过这种布置,允许检测可替换构件的状态的状态检测机构可以防止错误检测的发生。
    • 4. 发明授权
    • State detection mechanism
    • 状态检测机制
    • US07418214B2
    • 2008-08-26
    • US11633552
    • 2006-12-05
    • Wataru YoshidaKeiji KatoFumito MizoguchiAtsushi Inoue
    • Wataru YoshidaKeiji KatoFumito MizoguchiAtsushi Inoue
    • G03G15/00
    • G03G21/1896G03G15/55G03G2221/1663
    • A state detection mechanism includes a movable member, a spring member, a fringesection, and a stopper member. The spring member displaces the movable member arranged at the first predetermined position to a second predetermined position by applying restoration force in a D direction to the movable member. The fringe section restricts the displacement by abutting to a protrusion member formed on the movable member arranged at the first predetermined position. The stopper member restricts rotation of the movable member, which rotates around an axis that extends in a D direction, by abutting to the protrusion member formed on the movable member arranged at the first predetermined position. When torque is transmitted to the movable member from a shaft, the movable member rotates wound an axis that extends in the D direction, and the protrusion member and the stopper member abut to each other.
    • 状态检测机构包括可动部件,弹簧部件,边缘部和止动部件。 弹簧构件通过沿D方向施加恢复力将位于第一预定位置的可动构件移动到第二预定位置。 边缘部通过与布置在第一预定位置的可动件上形成的突出部件抵接而限制位移。 止动构件通过与布置在第一预定位置的可动构件上形成的突起构件抵接而限制围绕沿D方向延伸的轴线旋转的可动构件的旋转。 当扭矩从轴传递到可动构件时,可动构件旋转缠绕在D方向上延伸的轴线,并且突起构件和止动构件彼此抵接。
    • 5. 发明授权
    • Developing device and printing device
    • 开发设备和打印设备
    • US07251435B2
    • 2007-07-31
    • US11059503
    • 2005-02-17
    • Toshihide OhgoshiFumito Mizoguchi
    • Toshihide OhgoshiFumito Mizoguchi
    • G03G15/08
    • G03G15/0817G03G15/0898
    • A developing device is provided, in which respective lateral ends (the portions overlapped with the side seals 27) of the front seal board 23 are adhered/fixed to the side seals 27. More specifically, the gap between the both sides A1 and the return edge A2 of the opening section A of the toner tank 49 and the developing roller is sealed by a single plane composed of the side seals 27 and the front seal board 23 that are combined with each other. On this account, there is no gap between the side seal 27 and the front seal board 23 due to vibration caused by external force, time degradation etc. (i.e., it prevents the side seals 27 to be away from the front seal board 23). On this account, toner leakage can be securely prevented even when the developing device is driven for a long period of time or when some kind of vibration is applied to the development device.
    • 提供了一种显影装置,其中前密封板23的各个侧端(与侧密封件27重叠的部分)粘附/固定到侧密封件27。 更具体地,调色剂箱49和显影辊的开口部分A的两侧面A 1和返回边缘A 2之间的间隙由侧密封件27和前密封板23构成的​​单面密封, 相互结合。 因此,由于外力,时间劣化等引起的振动,侧密封件27和前密封板23之间没有间隙(即,防止侧密封件27远离前密封板23) 。 因此,即使长时间驱动显影装置或者当对显影装置施加某种振动时,也能够可靠地防止墨粉泄漏。
    • 6. 发明授权
    • Developing apparatus
    • 开发设备
    • US6009295A
    • 1999-12-28
    • US100947
    • 1998-06-22
    • Takahiko KimuraJun YamaguchiYasuyuki IshiguroYoshiaki SanadaFumito MizoguchiTakao Hiroyasu
    • Takahiko KimuraJun YamaguchiYasuyuki IshiguroYoshiaki SanadaFumito MizoguchiTakao Hiroyasu
    • G03G15/08G03G15/09
    • G03G15/09G03G15/0887
    • Impurities contained in a developer are captured and prevented from mixing into the developer again, thereby to avoid lowering of image quality due to the impurities. Such impurities include aggregates of the developer formed in a developing apparatus, insufficiently charged toner particles, defectively charged toner particles having an opposite polarity to a predetermined polarity, and defective carrier particles lacking in strength for being held by a developing magnet roller. A recess is provided between peaks of magnetism located in a lower portion of a developing magnet roller. The recess has an air pressure substantially equal to an air pressure (atmospheric pressure) in the developing apparatus, so that air in the developing apparatus and the recess does not flow only in one direction. Impurities contained in the developer circulating around the developing roller cannot be magnetically held in the lower half of the developing roller because of centrifugal force and gravity. Consequently, the impurities are separated and collected in the recess.
    • 包含在显影剂中的杂质被捕获并防止再次混入显影剂中,从而避免由于杂质而导致的图像质量降低。 这样的杂质包括在显影装置中形成的显影剂的聚集体,充足的调色剂颗粒,具有与预定极性相反的极性的缺陷充电的调色剂颗粒,以及由显影磁性辊保持的强度不足的载体颗粒不良。 在位于显影磁辊的下部的磁性峰之间设置凹部。 凹部的空气压力基本上等于显影装置中的空气压力(大气压),使得显影装置中的空气和凹部不仅在一个方向上流动。 由于离心力和重力,包含在显影辊周围显影剂中的杂质不能磁性地保持在显影辊的下半部。 因此,杂质被分离并收集在凹部中。