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    • 5. 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。
    • 6. 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。
    • 7. 发明授权
    • Developing apparatus
    • 开发设备
    • US06459867B2
    • 2002-10-01
    • US09769384
    • 2001-01-26
    • Toshihide OhgoshiShigeyuki WakadaEiichi KidoAtsushi InoueTakayuki YamanakaMasahiro SakaiHiroshi IshiiJitsuo Masuda
    • Toshihide OhgoshiShigeyuki WakadaEiichi KidoAtsushi InoueTakayuki YamanakaMasahiro SakaiHiroshi IshiiJitsuo Masuda
    • G03G1508
    • G03G15/0812G03G15/0817
    • A developing apparatus capable of supplying a uniform thin layer of toner and of preventing toner scattering and leakage is provided, where the developing apparatus includes a supply roller for supplying toner to an outer peripheral surface of a toner carrier, the toner carrier for transferring the supplied toner by rotation and a layer thickness controlling member for controlling a thickness of the layer of the supplied toner at a predetermined value while making slide contact with the outer peripheral surface of the toner carrier via the toner, wherein the thin toner layer is supplied to an electrostatic latent image on an image carrier. The layer thickness controlling member is formed of an elastic plate to have a bent portion convex toward the toner carrier. The layer thickness controlling member is held by sealing members so that the bent portion makes elastic contact with the toner carrier outer peripheral surface over a nearly entire length of the toner carrier.
    • 提供了能够提供均匀的薄层调色剂和防止调色剂飞散和泄漏的显影装置,其中显影装置包括用于向调色剂载体的外周表面供应调色剂的供应辊,用于传送供给的调色剂 通过旋转调色剂和层厚度控制构件,用于在通过调色剂与调色剂载体的外周表面滑动接触的同时将供给的调色剂层的厚度控制在预定值,其中将薄调色剂层供应到 图像载体上的静电潜像。 层厚度控制构件由弹性板形成为具有朝向调色剂载体凸起的弯曲部分。 层厚控制构件由密封构件保持,使得弯曲部分在调色剂承载件的几乎整个长度上与调色剂承载件外周表面弹性接触。
    • 10. 发明申请
    • GAME MACHINE, AND, CONTROL METHOD OF CONTROLLING COMPUTER AND COMPUTER PROGRAM USED THEREIN
    • 游戏机和控制计算机控制方法及其使用的计算机程序
    • US20150005068A1
    • 2015-01-01
    • US14376806
    • 2012-02-08
    • Atsushi InoueMasato OkuakiTomoaki Hirai
    • Atsushi InoueMasato OkuakiTomoaki Hirai
    • A63F13/52
    • A63F13/52G07F17/3211
    • A game machine uses a center unit that utilizes a physical operation of a ball to select at least one pocket by a drawing, and includes: cameras that are placed to be able to take images of the pockets; a center monitor that can display a video picture taken by the camera; and, sensors that detects the pocket decided by the drawing. And, the game machine specifies a predetermined video picture range from the video picture taken by the cameras, based on a detection result of the sensors, so as to include the video picture of the selected pocket at a time when the selected pocket is selected, and, displays a predetermined video picture on the center monitor based on the video picture in the predetermined video picture range specified.
    • 游戏机使用利用球的物理操作的中心单元通过绘图来选择至少一个口袋,并且包括:放置成能够拍摄口袋图像的照相机; 可以显示摄像机拍摄的视频图像的中央监视器; 以及检测由图纸决定的口袋的传感器。 并且,游戏机基于传感器的检测结果,根据摄像机所拍摄的视频图像来指定预定的视频图像范围,以便在所选择的口袋被选择时包括所选择的口袋的视频图像, 并且基于指定的预定视频图像范围中的视频图像在中心监视器上显示预定的视频图像。