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    • 151. 发明申请
    • IMAGE HEATING APPARATUS
    • 图像加热装置
    • US20070059022A1
    • 2007-03-15
    • US11470433
    • 2006-09-06
    • Takahiko YamaokaKuniyasu KimuraYuichi Yamamoto
    • Takahiko YamaokaKuniyasu KimuraYuichi Yamamoto
    • G03G21/20
    • G03G21/206G03G15/2017G03G15/2042G03G2221/1645
    • An image heating apparatus including an image heater for heating an image on a recording material in a nip portion, an air blower for blowing air toward an air blowing port to cool a predetermined area of the image heater, and a shutter for opening an closing the air blowing port, wherein when recording materials change in width in the course of continuously executing an image heating process accompanied by a cooling operation, the shutter is kept opened until the number of recording materials after the change reaches a predetermined number, whereby the frequency of the driving of the shutter for the air blowing port when small size recording materials and large size recording materials are mixed-loaded and passed is reduced to thereby achieve the longer life of a shutter driving portion, the electric power saving of the apparatus and a reduction in opening-closing noise.
    • 一种图像加热装置,包括用于加热夹持部中的记录材料上的图像的图像加热器,用于向空气吹出口吹送空气以冷却图像加热器的预定区域的鼓风机,以及用于打开闭合 吹风口,其中当在连续执行伴随着制冷操作的图像加热过程的过程中记录材料变化时,快门保持打开,直到变化后的记录材料的数量达到预定数量,由此, 当小尺寸记录材料和大尺寸记录材料被混合和通过时,用于空气吹出口的快门的驱动减少,从而实现快门驱动部分的更长寿命,设备的节电和减少 在开闭噪声。
    • 152. 发明申请
    • Particle beam accelerator
    • 粒子束加速器
    • US20060250097A1
    • 2006-11-09
    • US11374182
    • 2006-03-14
    • Nobuhiko InaYuichi YamamotoTakahisa Nagayama
    • Nobuhiko InaYuichi YamamotoTakahisa Nagayama
    • H05H7/00
    • H05H15/00
    • The present invention provides a particle beam accelerator for accelerating charged particles along a traveling direction of the charged particles. The invention provides a particle beam accelerator, in which the charged particle beam deflected by spiral-shaped-deflecting electromagnet 3, is accelerated by an accelerating unit 5, the charged particle beam circulating in an annular vacuum passageway of a vacuum duct 1 a plurality of times differing in orbit. And gap 9 is formed in the accelerating unit 5 of the vacuum duct 1, and gap-constituting face of the vacuum duct 1 is formed to be perpendicular to each of the traveling directions of the charged particle beam orbiting on a first orbit and on a second orbit. In the above accelerator, vibrations of the charged particle beam can be brought under control and loss of the charged particle beam can be reduced.
    • 本发明提供一种用于沿带电粒子的行进方向加速带电粒子的粒子束加速器。 本发明提供了一种粒子束加速器,其中由螺旋形偏转电磁体3偏转的带电粒子束由加速单元5加速,带电粒子束在真空管道1的环形真空通道中循环多个 时间在轨道上不同。 并且,在真空管1的加速部5中形成有间隙9,真空管1的间隙构成面与第一轨道上的带电粒子束的行进方向垂直, 第二轨道 在上述加速器中,可以控制带电粒子束的振动,并且可以减少带电粒子束的损耗。
    • 157. 发明授权
    • Synchrotron radiation light-source apparatus and method of manufacturing
same
    • 同步辐射光源装置及其制造方法
    • US5483129A
    • 1996-01-09
    • US096994
    • 1993-07-27
    • Yuichi Yamamoto
    • Yuichi Yamamoto
    • G21K1/093H05H7/04H05H13/04
    • H05H13/04H05H7/04Y10T29/49075
    • A synchrotron radiation light-source apparatus is provided in which the characteristics of synchrotron radiation generated by bending electromagnets can be made uniform, and emittance can be made smaller to increase brightness. The synchrotron radiation light-source apparatus for bending the traveling direction of an electron beam with bending electromagnets and for emitting synchrotron radiation includes deflecting electromagnets which cause a negative value (-dBy/dx) of a magnetic-field gradient gradually to increase after gradually decreasing in the traveling direction of the electron beam, that is, along the length of the bending electromagnets, so as to form a smooth recessing distribution, or to increase in a step-like manner after decreasing in a step-like manner.
    • 提供了一种同步加速器辐射光源装置,其中可以使由弯曲电磁体产生的同步加速器辐射的特性均匀,并且可以使发射率更小以增加亮度。 用于弯曲具有弯曲电磁体的电子束的行进方向并用于发射同步加速器辐射的同步加速器辐射光源装置包括使逐渐减小的磁场梯度的负值(-dBy / dx)逐渐增加的偏转电磁体 在电子束的行进方向上,即沿着弯曲电磁体的长度,形成平滑的凹陷分布,或者以阶梯状的方式减小之后以阶梯状的方式增加。