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    • 7. 发明授权
    • Optical transmitter and optical communications device
    • 光发射机和光通信设备
    • US08213472B2
    • 2012-07-03
    • US12018484
    • 2008-01-23
    • Masahiro HiraiTakeshi YamashitaHideyuki Kuwano
    • Masahiro HiraiTakeshi YamashitaHideyuki Kuwano
    • H01S3/04
    • H01S5/02252H01S5/02208H01S5/02415H01S5/02438H01S5/0683
    • Disclosed is an optical transmission module in which effects of conductive heat from sides of a metal case upon a thermistor are reduced, thereby allowing steady optical beam wavelengths to be obtained over a wide range of temperatures, regardless of the temperature of the usage environment. Specifically, the optical transmission module includes Peltier elements disposed inside a metal case, a metal base disposed upon the Peltier elements, a laser diode substrate disposed upon the metal base, a laser diode disposed upon the laser diode substrate, a thermistor substrate disposed upon the metal base, a thermistor disposed upon the thermistor substrate, and a thermally conductive member, disposed in the vicinity of the thermistor, that has a height greater than the height of the thermistor.
    • 公开了一种光传输模块,其中金属壳体的侧面的导热性对热敏电阻的影响降低,从而在宽的温度范围内获得稳定的光束波长,而与使用环境的温度无关。 具体地,光传输模块包括设置在金属外壳内的珀耳帖元件,设置在珀耳帖元件上的金属基体,设置在金属基底上的激光二极管基板,设置在激光二极管基板上的激光二极管,设置在激光二极管基板上的热敏电阻基板 金属基底,设置在热敏电阻基板上的热敏电阻,以及设置在热敏电阻附近的导热部件,其高度大于热敏电阻的高度。
    • 8. 发明申请
    • OPTICAL TRANSMITTER AND OPTICAL COMMUNICATIONS DEVICE
    • 光学发射器和光通信设备
    • US20080175601A1
    • 2008-07-24
    • US12018484
    • 2008-01-23
    • Masahiro HiraiTakeshi YamashitaHideyuki Kuwano
    • Masahiro HiraiTakeshi YamashitaHideyuki Kuwano
    • H04B10/04
    • H01S5/02252H01S5/02208H01S5/02415H01S5/02438H01S5/0683
    • Disclosed is an optical transmission module in which effects of conductive heat from sides of a metal case upon a thermistor are reduced, thereby allowing steady optical beam wavelengths to be obtained over a wide range of temperatures, regardless of the temperature of the usage environment. Specifically, the optical transmission module includes Peltier elements disposed inside a metal case, a metal base disposed upon the Peltier elements, a laser diode substrate disposed upon the metal base, a laser diode disposed upon the laser diode substrate, a thermistor substrate disposed upon the metal base, a thermistor disposed upon the thermistor substrate, and a thermally conductive member, disposed in the vicinity of the thermistor, that has a height greater than the height of the thermistor.
    • 公开了一种光传输模块,其中金属壳体的侧面的导热性对热敏电阻的影响降低,从而在宽的温度范围内获得稳定的光束波长,而与使用环境的温度无关。 具体地,光传输模块包括设置在金属外壳内的珀耳帖元件,设置在珀耳帖元件上的金属基体,设置在金属基底上的激光二极管基板,设置在激光二极管基板上的激光二极管,设置在激光二极管基板上的热敏电阻基板 金属基底,设置在热敏电阻基板上的热敏电阻,以及设置在热敏电阻附近的导热部件,其高度大于热敏电阻的高度。
    • 9. 发明申请
    • Printer
    • 打印机
    • US20080291497A1
    • 2008-11-27
    • US11629075
    • 2005-06-06
    • Hideyuki KuwanoKenji Hisatomi
    • Hideyuki KuwanoKenji Hisatomi
    • G06F15/00
    • G06F3/1286G06F3/1208G06F3/1214G06F3/1245G06F3/1246G06F3/1284G06F3/1287G06F3/1288
    • The present invention provides a printing apparatus which can prevent surrounding borders from becoming uneven and unnecessary borders from appearing, and which can optimally print object data even when the aspect ratio of the object data is maintained. The printing apparatus 200 includes: a print data analysis unit 203 having a layout area information obtainment unit 2032 which obtains layout area information indicating a layout area, and an effective drawing area information obtainment unit 2033 which obtains effective drawing area information indicating a printing area which is dependent on the printing apparatus 200; and a layout unit 204 which lays out, based on the size of the object data which is the object to be printed and the size of a layout area on layout area, and in addition lays out, based on the size of the layout area and an effective drawing area, the layout area onto the effective drawing area.
    • 本发明提供一种能够防止周边边界变得不均匀和不必要的边界出现的打印装置,并且即使在保持对象数据的纵横比的情况下也能最佳地打印对象数据。 打印装置200包括:打印数据分析单元203,其具有获取指示布局区域的布局区域信息的布局区域信息获取单元2032,以及有效绘图区域信息获取单元2033,其获得指示打印区域的有效绘图区域信息, 取决于打印装置200; 以及布局单元204,其基于作为要打印的对象的对象数据的大小和布局区域上的布局区域的大小而布置,并且基于布局区域的大小布置,以及 有效的绘图区域,布局区域到有效绘图区域。