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
    • 11. 发明申请
    • Fixing Device
    • 固定装置
    • US20130071159A1
    • 2013-03-21
    • US13623413
    • 2012-09-20
    • Noboru SuzukiKei IshidaTakuji MatsunoYoshihiro Miyauchi
    • Noboru SuzukiKei IshidaTakuji MatsunoYoshihiro Miyauchi
    • G03G15/20
    • G03G15/2053G03G2215/2035
    • A fixing device may include first and second fixing members arranged to form a nip portion, an urging member that provides an urging force to urge the first fixing member toward the second fixing member, a change member configured to change a width of the nip portion from a first nip width to a second nip width by applying a pressing force to the first fixing member against the urging force of the urging member and change the width of the nip portion from the second nip width to the first nip width by releasing the pressing force, and a restriction portion configured to restrict movement of the first fixing member and restrict a maximum value of the first nip width of the nip portion while the pressing force against the urging force is released.
    • 定影装置可以包括布置成形成夹持部的第一和第二固定构件,提供推动力以将第一固定构件推向第二固定构件的施力构件,构造成将夹持部的宽度从 通过施加推压构件的作用力而将压力施加到第一固定构件上的第一压合宽度到第二压区宽度,并且通过释放压紧力将压区的宽度从第二压区宽度改变到第一压区宽度 以及限制部,其被构造成限制第一固定构件的移动,并且限制压合部的第一夹持宽度的最大值,同时抵抗推动力的按压力被释放。
    • 13. 发明授权
    • Optical device
    • 光学装置
    • US06504958B1
    • 2003-01-07
    • US09282003
    • 1999-03-29
    • Noboru Suzuki
    • Noboru Suzuki
    • G03B300
    • G02B7/102G02B7/282
    • This invention provides an image sensing lens device which can communicate independently of the resolution of a position detection means of an optical means in a communication with a camera that pertains to driving control of the optical means. More specifically, the lens device imaginarily divides the movable range using predetermined normalized information more than the minimum required resolution of the optical system, and communicates position information of the optical system between a lens and camera, between a lens and accessory, and the like using the imaginary normalized position information.
    • 本发明提供了一种能够独立于光学装置的位置检测装置与摄像机通信的分辨率进行通信的图像感测透镜装置,其涉及光学装置的驱动控制。 更具体地,透镜装置想象地使用超过光学系统的最小要求分辨率的预定归一化信息来划分可移动范围,并且在透镜和照相机之间,透镜和附件之间传播光学系统的位置信息等,使用 虚数归一化位置信息。
    • 14. 发明授权
    • Image magnification control device for a camera
    • 图像放大控制装置
    • US5721976A
    • 1998-02-24
    • US649229
    • 1996-05-17
    • Noboru SuzukiShigeo TojiMasahiro Kawasaki
    • Noboru SuzukiShigeo TojiMasahiro Kawasaki
    • G02B7/10G02B7/28G03B13/00
    • G02B7/102G02B7/282
    • A lens focusing system for a camera. The camera includes a focusing lens that is movable between a first terminus point and a second terminus point. An amount required to move the focusing lens to obtain an in-focus condition is determined, which is used to drive the focusing lens to position the focusing lens at the in-focus condition. A plurality of drive signals are generated in response to the driving of the focusing lens, which are monitored. A monitored position value is established that is based upon the plurality of drive signals monitored by the monitoring means, and the monitored position value is compared with a predetermined position value corresponding to one of the first terminus point and the second terminus point after the lens has been moved by the amount determined to be required to move the focusing lens to obtain the in-focus condition. The focusing lens is then driven in a direction until the focusing lens is prevented from moving when the monitored position value corresponds to a position which is out of a range between the first terminus point and the second terminus point. When the focusing lens has been moved to one of the first terminus point and the second terminus point, the monitored position value is replaced with the predetermined position value.
    • 镜头对焦系统。 相机包括可在第一终点和第二终点之间移动的聚焦透镜。 确定移动聚焦透镜以获得对焦条件所需的量,其用于驱动聚焦透镜以将聚焦透镜定位在对焦状态。 响应被监测的聚焦透镜的驱动而产生多个驱动信号。 建立基于由监视装置监视的多个驱动信号的监视位置值,并且将监视的位置值与对应于镜头具有的第一终点和第二终点之一的预定位置值进行比较 被移动了确定为移动聚焦透镜以获得对焦条件所需的量。 然后,当监视的位置值对应于在第一终点和第二终点之间的范围之外的位置时,聚焦透镜被沿着一个方向被驱动,直到聚焦透镜被阻止移动。 当聚焦透镜已经移动到第一终点和第二终点之一时,监视的位置值被替换为预定位置值。
    • 19. 发明授权
    • Hairbrush
    • 发刷
    • US4694525A
    • 1987-09-22
    • US782248
    • 1985-09-30
    • Hiromi YamamotoMiho ImaiNoboru Suzuki
    • Hiromi YamamotoMiho ImaiNoboru Suzuki
    • A46B9/02
    • A46B9/023A46B2200/104
    • In a hairbrush having a base portion for implantation of bristles and a grip portion, bristles are implanted to extend from a center axis in the radial direction viewed in a cross-sectional plane of said implantation portion, in such a fashion that the curve defined by the tips of said bristles describes an arcuate shape, the curve defined by the tips of said bristles is arcuately recessed in a cross section in the longitudinal direction, and the axis of rotation of said grip portion in the longitudinal direction is in parallel with the center axis of said bristles and is spaced apart therefrom by 5 to 15 mm on the side of said bristles.
    • 在具有用于植入刷毛的基部和握持部的发刷中,刷毛从在植入部的截面平面观察的径向的中心轴延伸,使得由 所述刷毛的尖端描述弓形,由所述刷毛的尖端限定的曲线在纵向方向上的横截面中弧形凹陷,并且所述握持部分在纵向方向上的旋转轴线与中心平行 所述刷毛的轴线与所述刷毛的侧面间隔5〜15mm。
    • 20. 发明授权
    • Method of starting variable-speed induction motor
    • 启动变频感应电动机的方法
    • US4481455A
    • 1984-11-06
    • US536871
    • 1983-09-29
    • Osamu SugimotoShinobu IshizakaYouji TanakaNoboru Suzuki
    • Osamu SugimotoShinobu IshizakaYouji TanakaNoboru Suzuki
    • H02P1/30H02P1/26
    • H02P1/30
    • This method of starting a variable-speed induction motor utilizes a speed control of the induction motor by varying the output frequency from a cycloconverter. The method comprises applying an output from the cycloconverter to the secondary winding of the induction motor while the primary winding of the induction motor is short-circuited during the start-up of the motor, applying a voltage lower than the line voltage to the primary winding when the induction motor is operating within an intermediate speed range, and applying the line voltage within a speed region near the rated speed. This method enables speed control over a wide range, and provides a sufficiently large start-up torque for the induction motor.
    • 这种启动变速感应电动机的方法是通过改变来自循环换流器的输出频率来利用感应电动机的速度控制。 该方法包括:在马达启动期间,感应电动机的初级绕组短路的同时,将来自循环换流器的输出施加到感应电动机的次级绕组,向初级绕组施加低于线路电压的电压 当感应电动机在中速范围内运行时,并将线路电压施加在接近额定转速的速度区域内。 该方法能够在宽范围内进行速度控制,并为感应电动机提供足够大的起动转矩。