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    • 61. 发明授权
    • Image recording device
    • 图像记录装置
    • US06900901B2
    • 2005-05-31
    • US09887004
    • 2001-06-25
    • Akinori Harada
    • Akinori Harada
    • B41J2/445G02B5/20G02B26/08G03B27/32G06K15/00
    • G02B26/0841G02B5/201G03B27/32
    • When a recording starting point of a color photosensitive material reaches a position on which light beams are focused by a condenser lens and a reflecting mirror, a light beam is emitted from a red organic EL element of a light source by a controller, and red image data corresponding to a plurality of lines is transferred to a DMD. In accordance with the image data, on-off control of micromirrors of the DMD is carried out, and the red light beam emitted from the light source is made incident on the DMD. When the micromirrors are on, the incident light beam is reflected toward the reflecting mirror. The light beam is focused onto a recording surface of the color photosensitive material by the condenser lens and the reflecting mirror, and red exposure is carried out. Subsequently, green exposure and blue exposure are carried out in the same way.
    • 当彩色感光材料的记录开始点到达聚光透镜和反射镜聚焦的位置时,通过控制器从光源的红色有机EL元件发射光束,并且红色图像 对应于多行的数据被传送到DMD。 根据图像数据,执行DMD的微镜的开 - 关控制,并且从光源发射的红光束入射到DMD上。 当微镜打开时,入射光束被反射到反射镜。 光束通过聚光透镜和反射镜聚焦在彩色感光材料的记录表面上,并进行红色曝光。 随后,以相同的方式进行绿色曝光和蓝色曝光。
    • 62. 发明授权
    • Fuel injector
    • 喷油器
    • US06783087B2
    • 2004-08-31
    • US10118313
    • 2002-04-09
    • Fumiaki AokiNobuo ImatakeKimitaka SaitoKenji KaneharaAkinori Harada
    • Fumiaki AokiNobuo ImatakeKimitaka SaitoKenji KaneharaAkinori Harada
    • B05B100
    • F02M61/18F02M51/0678F02M51/0682F02M61/1806F02M61/1853F02M2200/06
    • An injector has an orifice plate formed with plural orifices. At a radially outward position of the orifice plate is disposed a wall at least partially. It is preferable that the wall be disposed at a lower position in the direction of gravity. In the wall is formed a guide hole toward an area on the orifice plate where a strong negative pressure is developed. A portion of fuel injected from the injector adheres as adhered fuel to the orifice plate or the wall. Under the action of a negative pressure on the orifice plate the guide hole sucks in the adhered fuel and returns it onto the surface of the orifice plate. The adhered fuel flows from the wall onto the surface of the orifice plate and again joins a fuel jet injected from the orifices. By utilizing a negative pressure developed near the plural orifices, the adhered fuel can be recovered and again injected. Consequently, it is possible to decrease the amount of adhered fuel.
    • 注射器具有形成有多个孔的孔板。 在孔板的径向向外的位置处至少部分地设置有壁。 优选地,所述壁沿重力方向设置在下部位置。 在壁上形成有朝向孔板上产生强负压的区域的引导孔。 从喷射器喷射的燃料的一部分作为附着的燃料附着到孔板或壁上。 在孔板的负压作用下,引导孔吸附粘附的燃料并将其返回到孔板的表面上。 附着的燃料从壁流到孔板的表面上,并再次连接从孔口喷射的燃料喷嘴。 通过利用在多个孔附近产生的负压,可以回收粘附的燃料并再次注入。 因此,可以减少附着的燃料量。
    • 63. 发明授权
    • Light beam scanning device
    • 光束扫描装置
    • US06606180B2
    • 2003-08-12
    • US09842044
    • 2001-04-26
    • Akinori Harada
    • Akinori Harada
    • G02B2608
    • G02B26/123B41J2/465B41J2/473
    • Light sources of a light beam scanning device of the present invention are an AlGaInP semiconductor laser emitting a light beam of a wavelength of 680 nm, a GaN extremely small surface area light emitting diode (EELED) emitting a light beam of a wavelength of 530 nm, and a GaN EELED emitting a light beam of a wavelength of 470 nm. Such a structure provides a light beam scanning device which is compact, whose manufacturing cost is low, and with which light beams having light emission distributions corresponding to spectral sensitivities of a photosensitive material.
    • 本发明的光束扫描装置的光源是发射波长为680nm的光束的AlGaInP半导体激光器,发射波长为530nm的光束的GaN极小的表面积发光二极管(EELED) 和发射波长为470nm的光束的GaN EELED。 这种结构提供了一种紧凑的光束扫描装置,其制造成本低,并且具有与感光材料的光谱灵敏度相对应的发光分布的光束。