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    • 1. 发明授权
    • Multistage fine hole machining method and device
    • 多级细孔加工方法及装置
    • US06817925B2
    • 2004-11-16
    • US10227717
    • 2002-08-26
    • Tatsuji SaigoMasaharu SugiyamaHideo IwadateHiroyuki Kihara
    • Tatsuji SaigoMasaharu SugiyamaHideo IwadateHiroyuki Kihara
    • B24C100
    • B24B1/00B24B5/485
    • A multistage fine-hole machining device has lap stations for lapping an inner surface defining a through-hole of a workpiece. Each of the lap stations has a passing unit for passing wire through the through-hole of the workpiece, a supply unit for supplying a polishing material to the wire, and a sliding unit for effecting relative sliding movement between the workpiece and the wire while the wire is passed through the through-hole of the workpiece and is supplied with the polishing material to thereby lap the inner surface of the workpiece with the polishing material and enlarge the diameter of the through-hole. A transfer device successively transfers the workpiece to each of the lap stations to lap the inner surface of the workpiece at each of the lap stations during the lapping operation for successively enlarging the diameter of the through-hole to a preselected diameter.
    • 多级微孔加工装置具有用于研磨限定工件的通孔的内表面的搭接台。 每个搭接站具有用于使线穿过工件的通孔的通过单元,用于向线材提供抛光材料的供应单元和用于在工件和线之间实现相对滑动的滑动单元,同时 电线通过工件的通孔,并被供给研磨材料,从而用研磨材料搭接工件的内表面,并且扩大通孔的直径。 转移装置在研磨操作期间将工件连续地传送到每个搭接站,以在每个搭接站处搭接工件的内表面,以连续地将通孔的直径扩大到预定直径。
    • 2. 发明授权
    • Method and apparatus for computing allowable spindle rotation speed
    • 计算允许主轴转速的方法和装置
    • US5788432A
    • 1998-08-04
    • US366418
    • 1994-12-27
    • Hiroyuki Kihara
    • Hiroyuki Kihara
    • B23Q15/08B23Q5/04B24B5/06B24B49/10G05B19/406G05B19/4065B23Q15/12
    • G05B19/4065G05B19/406Y10T409/303752Y10T409/309352Y10T409/309408
    • A spindle apparatus comprises a main shaft mounted for rotary movement, a rotating device for rotating the main shaft about an axis, a vibration device for vibrating the main shaft, a detecting device for detecting a displacement of the main shaft when the main shaft is vibrated by the vibration device and providing an output signal indicative of the displacement of the main shaft, a calculating device for calculating an allowable revolution speed of the main shaft on the basis of the output signal of the detecting device, and a drive source for driving the rotating device to rotate the main shaft within a speed range which does not exceed the allowable revolution speed. When an end of the main shaft is vibrated by the vibration device, a displacement of the vibrated main shaft is detected by the detecting device which provides an output signal indicative of the detected displacement. The calculating device calculates an allowable revolution speed of the main shaft on the basis of the output signal of the detecting device and outputs the calculated allowable revolution speed to the drive source. The drive source drives the rotating device to rotate the main shaft within a speed range which does not exceed the allowable revolution speed.
    • 一种主轴装置,包括:安装用于旋转运动的主轴,用于使主轴绕轴线旋转的旋转装置,用于使主轴振动的振动装置;检测装置,用于当主轴振动时检测主轴的位移; 通过所述振动装置提供表示所述主轴的位移的输出信号,基于所述检测装置的输出信号计算所述主轴的允许转速的计算装置,以及用于驱动所述主轴的驱动源 旋转装置使主轴在不超过允许转速的速度范围内旋转。 当主轴的端部被振动装置振动时,由检测装置检测振动的主轴的位移,该检测装置提供表示检测到的位移的输出信号。 计算装置根据检测装置的输出信号计算主轴的允许转速,并将计算出的允许转速输出到驱动源。 驱动源驱动旋转装置使主轴在不超过允许转速的转速范围内旋转。
    • 3. 发明授权
    • File recording apparatus and editing method for video effect
    • 文件记录装置和视频效果的编辑方法
    • US07565058B2
    • 2009-07-21
    • US10572807
    • 2004-10-15
    • Hiroyuki KiharaSatoshi Tsujii
    • Hiroyuki KiharaSatoshi Tsujii
    • H04N5/93
    • G11B27/034G11B27/105G11B27/329G11B2220/20G11B2220/2525G11B2220/2545
    • The present invention is directed to a video Effect editing method of automatically preparing/editing Movie Atom having Effect track by an instruction such that user pushes down a button for a time period during which he desires to implement Effect during Movie recording and/or reproducing, etc., the video Effect editing method comprises: accepting an input by user to prepare plural management information different in reproduction purpose such as original Movie and Movie to which Effect has been implemented to the Movie at the time of recording video data in performing edit function of preparation and deletion of Effect track, and preparation, processing and deletion of Effect track period within the Effect track.
    • 本发明涉及一种视频效果编辑方法,其通过指令自动准备/编辑具有效果轨迹的电影原子的视频效果编辑方法,使得用户在电影录制和/或再现期间按下按钮实现期望效果的时间段, 视频效果编辑方法包括:接收用户的输入,以便在执行编辑功能时记录视频数据时,为影片制作效果已经实现的原始电影和电影的再现目的不同的多个管理信息 效果轨迹的准备和删除,以及效果轨道内的效果轨道周期的准备,处理和删除。
    • 6. 发明授权
    • Device for measuring altitude and barometric pressure
    • 用于测量高度和大气压力的装置
    • US5224059A
    • 1993-06-29
    • US794848
    • 1991-11-21
    • Tatsuo NittaToshio UmemotoHiroyuki Kihara
    • Tatsuo NittaToshio UmemotoHiroyuki Kihara
    • G01C5/06G04B47/06G04G21/02
    • G04G21/02G01C5/06G04B47/06
    • A device for measuring altitude and barometric pressure having a barometric pressure sensor, an amplifying circuit for amplifying the output signal from the pressure sensor, an analog to digital converter for converting the output signal from the amplifying circuit to a digital signal, and an altitude information generator for generating altitude information from the output signal of the analog to digital converter. A display displays the altitude information from the altitude information generator and the pressure information detected by the pressure sensor with pressure variation information and converts it into precise altitude information in accordance with temperature compensation data and altitude compensating data based upon regional and time information. The device may be used in climbing or the like with remarkable reliability.
    • 一种用于测量具有大气压力传感器的高度和大气压力的装置,用于放大来自压力传感器的输出信号的放大电路,用于将来自放大电路的输出信号转换为数字信号的模数转换器,以及高度信息 发生器,用于从模数转换器的输出信号产生高度信息。 显示器显示来自高度信息发生器的高度信息和由压力变化信息由压力传感器检测到的压力信息,并根据区域和时间信息根据温度补偿数据和高度补偿数据将其转换成精确的高度信息。 该装置可以用于具有显着可靠性的爬坡等。
    • 7. 发明授权
    • Control system of grinding machine
    • 磨床控制系统
    • US5024025A
    • 1991-06-18
    • US416842
    • 1989-10-04
    • Hiroyuki KiharaHideki Omori
    • Hiroyuki KiharaHideki Omori
    • B24B41/04G05B19/39G05B19/402
    • B24B41/044G05B19/39G05B19/402G05B2219/37405G05B2219/45159G05B2219/45161G05B2219/49271
    • A control system is provided in a grinding machine composed of an axially movable rotational shaft having a grinding tool and being supported magnetically by electromagnets. The control system includes a target position modifying controller for modifying or shifting a reference target levitating position of the rotational shaft in a retreating direction away from a workpiece reaches a predetermined amount. The control system further includes a rigidity modifying controller operative during quick feed operation of the rotational shaft for making a rigidity of the rotational shaft lower than that in the grinding operation by adjusting exciting currents of the electromagnets. The control system still further includes a dressing controller operative during dressing of a new grinding tool for detecting that the grinding tool begins to touch a dresser and for judging that the dressing is completed just when an arithmetic value calculated based on the detection reaches a predetermined value.
    • 在由具有研磨工具的可轴向移动的旋转轴组成的由电磁铁磁力支撑的研磨机中提供控制系统。 该控制系统包括:目标位置修正控制器,用于修改或移动远离工件的退避方向的旋转轴的基准目标悬浮位置达到预定量。 控制系统还包括刚性修正控制器,其在旋转轴的快速进给操作期间操作,以通过调节电磁体的励磁电流来使旋转轴的刚度低于研磨操作的刚度。 该控制系统还包括一个修整控制器,该修整控制器在修整新的磨削工具期间操作,用于检测研磨工具开始接触修整器,并且仅当基于检测计算出的算术值达到预定值时才判断敷料完成 。
    • 10. 发明授权
    • Power-saving electronic watch and method for operating electronic watch
    • 省电电子手表和操作电子手表的方法
    • US06542440B1
    • 2003-04-01
    • US09582019
    • 2000-06-20
    • Hiroyuki Kihara
    • Hiroyuki Kihara
    • G04F500
    • G04G19/12
    • When the stem of an electronic watch such as one using a quartz oscillator circuit is pulled out, a switch operates so that the hands stop while the oscillation continues, thereby reducing the current consumption. The watch may be stored in this condition and, to achieve an even further power savings, a counting circuit is provided counts and, when a given amount of time has elapsed after the stem is pulled out, a signal is output, so as to stop both oscillation and frequency dividing. Additionally, a pull-down resistance connected to the switch is made by two transistors having a large and a small resistance values, with the above-noted signal being used to cause conduction through only the transistor with the large resistance value when in the power-saving condition, so that current in that part is small. Alternately, a circuit is provided for storage while in the power-saving condition, in which the transistor of the pull-down resistance is made non-conducting, so that current does not flow, with the switch being provided with a center contact that, when the stem is pushed in, operates so as to erase the memory and to cause the transistor to conduct, thereby resulting in a return to normal operation.
    • 当使用诸如使用石英振荡器电路的电子手表的杆被拉出时,开关操作,使得手在振荡继续时停止,从而降低电流消耗。 手表可以在这种状态下存储,为了实现进一步的功率节省,提供计数电路的计数,并且当在拉出杆之后经过了一定的时间时,输出信号以便停止 振荡和分频。 此外,连接到开关的下拉电阻由具有大电阻值和小电阻值的两个晶体管制成,上述信号用于仅在具有大电阻值的电阻值的晶体管时导通, 保存条件,使该部分的电流较小。 或者,提供电路用于在省电状态下存储电路,其中下拉电阻的晶体管不导通,使得电流不流动,其中开关设置有中心触点, 当杆被推入时,操作以擦除存储器并导致晶体管导通,从而导致恢复正常操作。