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    • 52. 发明授权
    • Image forming system including attachable sheet supplying units for
transporting sheets directly to an image forming part
    • 图像形成系统包括用于将片材直接传送到图像形成部件的可附接片材供应单元
    • US5150166A
    • 1992-09-22
    • US423770
    • 1989-10-18
    • Yasuhiro MatsuuraHiroaki KojimaHirofumi HasegawaNaoto OhmoriYukio Yamada
    • Yasuhiro MatsuuraHiroaki KojimaHirofumi HasegawaNaoto OhmoriYukio Yamada
    • B41J11/58B65H3/44
    • B65H3/44B41J11/58
    • An image forming system for copiers, printers and the like having a main body which forms images on sheets of paper inserted therein and a plurality of sheet feeding units selectively attachable to the main body. The main body has a timing roller set which transports the papers to an image forming position with an appropriate timing, and each of the sheet feeding units has a paper feeding system with a take-up roller for supplying papers from the unit directly to the timing roller set without intermediate rollers in the main body. The system further includes side and bottom sheet feeding units selectively attachable to the main body and the side unit includes a guide for guiding sheets from the bottom unit into the main body. The system further includes a separate sheet guide mountable on the bottom unit for guiding sheets into the main body when the side unit is absent from the system. The invention permits the paper feeding construction of the image forming systems to be easily and freely changed as a whole.
    • 一种用于复印机,打印机等的图像形成系统,其具有在插入其中的纸张上形成图像的主体和可选择性地附接到主体的多个供纸单元。 主体具有定时辊组,其将纸张以适当的时间运送到成像位置,并且每个送纸单元具有带有卷取辊的送纸系统,该卷取辊用于将纸从该单元直接提供到定时 滚筒在主体中没有中间辊。 该系统还包括可选择性地附接到主体的侧片和底片进给单元,并且侧单元包括用于将片材从底部单元引导到主体中的引导件。 该系统还包括可安装在底部单元上的单独的片材导板,用于当侧面单元不在系统中时将片材引导到主体中。 本发明允许图像形成系统的供纸结构整体上容易且自由地改变。
    • 53. 发明授权
    • Laser scanner with conjugate condition lens
    • 具有共轭条件透镜的激光扫描仪
    • US4978977A
    • 1990-12-18
    • US376826
    • 1989-07-07
    • Naoto OhmoriYasuhiro MatsuuraHirofumi HasegawaHiroaki KojimaYukio Yamada
    • Naoto OhmoriYasuhiro MatsuuraHirofumi HasegawaHiroaki KojimaYukio Yamada
    • G02B26/10G02B26/12H04N1/113H04N1/23
    • G02B26/127
    • A laser scanning optical system including a rotatable polygonal mirror for scanning the photosensitive surface with the laser beam in a scanning direction, a lens unit for converging the laser beam reflected by the polygonal mirror on the photosensitive surface, a first reflection mirror for reflecting the laser beam passed though the lens unit to the photosensitive surface, a second reflection mirror for reflecting the laser beam reflected by a part of the first reflection mirror, a sensor arranged to receive the laser beam which is reflected by the second reflection mirror and has passed through a specific position equivalent to the photosensitive surface for generating a synchronizing signal for commanding start of modulation of the laser beam, and first and second lens elements both interposed between the specific position and the sensor so as to keep a conjugate condition therebetween. The first lens element has a positive power only in the direction perpendicular to the scanning direction and provides a magnification smaller than 1 in the direction perpendicular to the scanning direction, while the second lens element has a positive power only in the scanning direction and provides a magnification greater than 1 in the scanning direction.
    • 一种激光扫描光学系统,包括用于在扫描方向上用激光束扫描感光表面的可旋转多面镜,用于将由多面镜反射的激光束会聚在感光表面上的透镜单元,用于反射激光的第一反射镜 光束通过透镜单元通过感光表面,用于反射由第一反射镜的一部分反射的激光束的第二反射镜,布置成接收由第二反射镜反射并已经通过的激光束的传感器 相当于用于产生用于指示激光束的调制开始的同步信号的光敏表面的特定位置,以及插入在特定位置和传感器之间以便保持其之间的共轭条件的第一和第二透镜元件。 第一透镜元件仅在垂直于扫描方向的方向上具有正功率,并且在垂直于扫描方向的方向上提供小于1的倍率,而第二透镜元件仅在扫描方向上具有正功率,并且提供 扫描方向的倍数大于1。
    • 54. 发明授权
    • Light beam scanning apparatus
    • 光束扫描装置
    • US4974921A
    • 1990-12-04
    • US268730
    • 1988-11-08
    • Shin MiyataHiroaki KojimaYasuhiro MatsuuraHirofumi HasegawaYukio YamadaNaoto Ohmori
    • Shin MiyataHiroaki KojimaYasuhiro MatsuuraHirofumi HasegawaYukio YamadaNaoto Ohmori
    • G02B26/12
    • G02B26/126
    • An apparatus provided with a first reflector for reflecting a light beam deflected by a deflector in a light beam scanning apparatus and a second reflector for directing the light beam from the first reflector toward an image forming point after contacting again the first reflector. The light beam is reciprocated between the first and second reflectors thereby forming a light path of two times the space that they are disposed. A deflector is disposed on a side of the light path extending from the first reflector to the light beam image forming point together with a light beam emitting source which irradiate the light beam on the same level of the light path and make the light path length at both ends of the light beam scanning range equal to each other by arranging an angle between the first and second reflectors.
    • 一种设备具有第一反射器,用于将由偏转器偏转的光束反射在光束扫描装置中,以及第二反射器,用于在再次接触第一反射器之后将来自第一反射器的光束引向图像形成点。 光束在第一和第二反射器之间往复运动,从而形成它们所设置的空间的两倍的光路。 偏转器设置在从第一反射器延伸到光束图像形成点的光路的一侧以及将光束照射在光路的同一水平上并使光路长度为 通过在第一和第二反射器之间布置角度,光束扫描范围的两端彼此相等。
    • 60. 发明授权
    • Multiple gas fuel delivery system
    • 多种燃气输送系统
    • US07992547B2
    • 2011-08-09
    • US12463081
    • 2009-05-08
    • Hiroaki KojimaHaruo TsusakaMasanori Fujinuma
    • Hiroaki KojimaHaruo TsusakaMasanori Fujinuma
    • F02M37/02F02M37/00
    • F02M21/0239F02M13/08F02M21/0212F02M21/0224F02M21/0284F02M21/047Y02T10/32Y02T10/36
    • In a multiple gas fuel delivery system for interchangeably supplying a plurality of gas fuels having different supply pressures to an internal combustion engine, at least a pair of fuel passages extend from a gas fuel inlet (6a) to a fuel ejection nozzle (12) for delivering the gas fuel to a carburetor, and are provided with respective metering jets (13, 14). One of the fuel passages is provided with a pressure responsive valve (15) that communicates only the first metering jet (14) for delivering the fuel gas to the carburetor when a gas fuel of a relatively high pressure is used, and communicates both the first and second metering jets (13, 14) for delivering the fuel gas to the carburetor when a gas fuel of a relatively low pressure is used. Therefore, a flow switching valve is not required, and the passage structure can be simplified. Also, the pressure responsive valve (15) is actuated by the pressure of the fuel, and no manual selection is required when a different gas fuel is selected.
    • 在用于将具有不同供应压力的多种气体燃料可互换地供给到内燃机的多气体燃料输送系统中,至少一对燃料通道从气体燃料入口(6a)延伸到燃料喷射喷嘴(12),用于 将气体燃料输送到化油器,并且设置有相应的计量喷嘴(13,14)。 其中一个燃料通道设置有压力响应阀(15),该压力响应阀(15)仅使用第一计量喷嘴(14),用于当使用相对高压的气体燃料时将燃料气体输送到化油器,并且将第一 以及用于当使用相对低压的气体燃料时将燃料气体输送到化油器的第二计量喷嘴(13,14)。 因此,不需要流量切换阀,能够简化流路结构。 此外,压力响应阀(15)由燃料的压力致动,并且当选择不同的气体燃料时不需要手动选择。