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    • 5. 发明申请
    • IMAGE PROCESSING APPARATUS AND IMAGE PROCESSING METHOD
    • 图像处理装置和图像处理方法
    • US20130243345A1
    • 2013-09-19
    • US13990908
    • 2011-11-04
    • Yoshitaka SekiMasayuki Yamaguchi
    • Yoshitaka SekiMasayuki Yamaguchi
    • G06T9/00
    • G06T9/00G09G5/393G09G5/395G09G2340/02H04N19/428H04N19/433H04N19/50
    • Provided is an image processing apparatus capable of simultaneous reduction in memory capacity and compressibility error. An output image data generating means 11 generates processed image data based on specific reference data and preprocessed image data. Reference data generating means 5 repeatedly executes an identical processing in one term made up of not less than two consecutive frames. When an object frame is a top frame in the term, restored reference data generated by data expanding means 15 is outputted as data expanding means. When the object frame is a second or subsequent frame in the term, simulated specific reference data is generated based on the restored reference data generated by the data expanding means 15 and preprocessed image data of the object frame, and outputted as specific reference data. When the object frame is a final frame in the term, in addition to the above operation, the reference data is generated based on the specific reference data and preprocessed image data of the object frame, and outputted to the data compressing means 13, to be compressed.
    • 提供了能够同时降低存储容量和压缩性误差的图像处理装置。 输出图像数据产生装置11基于特定参考数据和预处理图像数据生成经处理的图像数据。 参考数据生成装置5在由不少于两个连续帧构成的一个项中重复执行相同的处理。 当对象帧是术语中的顶部帧时,由数据扩展装置15产生的恢复的参考数据被输出作为数据扩展装置。 当对象帧是术语中的第二或后续帧时,基于由数据扩展装置15产生的恢复的参考数据和对象帧的预处理的图像数据生成模拟的特定参考数据,并作为特定参考数据输出。 当该对象帧是术语中的最终帧时,除了上述操作之外,基于特定参考数据和对象帧的预处理图像数据生成参考数据,并将其输出到数据压缩装置13 压缩
    • 7. 发明申请
    • Air routing structure for a motorcycle, and motorcycle including same
    • 摩托车的空气路线结构,以及包括其的摩托车
    • US20070149105A1
    • 2007-06-28
    • US11641932
    • 2006-12-19
    • Hiroshi NakagomeYoshitaka SekiAkira Sonobata
    • Hiroshi NakagomeYoshitaka SekiAkira Sonobata
    • B60H1/26
    • B62J17/02F02B27/008F02M35/10013F02M35/162Y02T10/146
    • An intake air passage, formed through a motorcycle body frame, reduces changes in pressure within an air routing duct member due to opening and closing of a throttle, and also reduces pipe resonance of the air routing duct member. The air routing duct member extends longitudinally from the intake air passage and directs fresh air to another air passage. The air routing duct member includes openings that communicate with hollow sections provided in a portion of an adjacent support structure, such as an instrumentation support member. When the throttle is opened rapidly, air from the hollow sections is temporarily supplied to the air routing duct member, reducing changes in internal air pressure in the air routing duct member due to throttle operation. Resonance chambers are formed above the air routing duct member, and communicate through communication pipes with a space within the air routing duct member to reduce duct pipe resonance.
    • 通过摩托车车身框架形成的进气通道减少了由于节气门的打开和关闭导致的空气路径导管构件内的压力变化,并且还减少了空气路径导管构件的管道共振。 空气路径导管构件从进气通道纵向延伸并将新鲜空气引导到另一个空气通道。 空气路径管道构件包括与设置在相邻支撑结构的一部分中的中空部分连通的开口,例如仪器支撑构件。 当节气门快速打开时,来自中空部分的空气暂时供应到排气管道构件,从而减少由于节气门操作导致的导风管道构件内部空气压力的变化。 谐振室形成在空气路径导管构件上方,并通过连通管道与空气路径导管构件内的空间连通,以减少管道共振。
    • 10. 发明授权
    • Air routing structure for a motorcycle, and motorcycle including same
    • 摩托车的空气路线结构,以及包括其的摩托车
    • US08006791B2
    • 2011-08-30
    • US11641932
    • 2006-12-19
    • Hiroshi NakagomeYoshitaka SekiAkira Sonobata
    • Hiroshi NakagomeYoshitaka SekiAkira Sonobata
    • B60K11/00
    • B62J17/02F02B27/008F02M35/10013F02M35/162Y02T10/146
    • An intake air passage, formed through a motorcycle body frame, reduces changes in pressure within an air routing duct member due to opening and closing of a throttle, and also reduces pipe resonance of the air routing duct member. The air routing duct member extends longitudinally from the intake air passage and directs fresh air to another air passage. The air routing duct member includes openings that communicate with hollow sections provided in a portion of an adjacent support structure, such as an instrumentation support member. When the throttle is opened rapidly, air from the hollow sections is temporarily supplied to the air routing duct member, reducing changes in internal air pressure in the air routing duct member due to throttle operation. Resonance chambers are formed above the air routing duct member, and communicate through communication pipes with a space within the air routing duct member to reduce duct pipe resonance.
    • 通过摩托车车身框架形成的进气通道减少了由于节气门的打开和关闭导致的空气路径导管构件内的压力变化,并且还减少了空气路径导管构件的管道共振。 空气路径导管构件从进气通道纵向延伸并将新鲜空气引导到另一个空气通道。 空气路径管道构件包括与设置在相邻支撑结构的一部分中的中空部分连通的开口,例如仪器支撑构件。 当节气门快速打开时,来自中空部分的空气暂时供应到排气管道构件,从而减少由于节气门操作导致的导风管道构件内部空气压力的变化。 谐振室形成在空气路径导管构件上方,并通过连通管道与空气路径导管构件内的空间连通,以减少管道共振。