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    • 1. 发明申请
    • Optical Touch Panel Device for Construction Machine
    • 建筑机械用光学触摸屏装置
    • US20130175428A1
    • 2013-07-11
    • US13818814
    • 2011-09-02
    • Kei Tanaka
    • Kei Tanaka
    • G06F3/042
    • G06F3/0421G06F3/0418
    • An optical touch panel device for a construction machine capable of preventing the occurrence of a detection defect of a tactile contact point caused by external light falling upon a light-receiving element is provided with a planar panel with which tactile contact is made by an operator, light-emitting elements which emit light rays along the surface of the panel, and light-receiving elements which are provided to be paired with the light-emitting elements respectively so as to receive the light rays. The light-emitting elements are arranged so that the three light rays can intersect at each of a plurality of predetermined points upon a plane which is parallel to the panel, so that simultaneous interruption of at least two of the intersecting three light rays can be detected as tactile contact at a point of the surface of the panel facing the predetermined point.
    • 一种能够防止由外部光落在光接收元件上引起的触觉接触点的检测缺陷的建筑机械的光学触摸面板装置设置有由操作者进行触觉的平面面板, 沿着面板的表面发射光线的发光元件和分别设置成与发光元件配对以接收光线的光接收元件。 发光元件被布置成使得三个光线可以在平行于面板的平面上的多个预定点的每一个处相交,从而可以检测至少两个相交的三个光线的同时中断 作为面板面向预定点的表面点的触觉接触。
    • 4. 发明授权
    • Micro gravity environmental control apparatus and micro gravity environmental control method
    • 微重力环境控制装置和微重力环境控制方法
    • US07748164B2
    • 2010-07-06
    • US10423674
    • 2003-04-24
    • Masayuki HirafujiTokihiro FukatsuKei TanakaKeiko Ibaraki
    • Masayuki HirafujiTokihiro FukatsuKei TanakaKeiko Ibaraki
    • A01G31/00
    • A01G9/00A01K1/031
    • The present invention provides a micro gravity environmental control apparatus, such as a plant cultivating apparatus, an animal raising apparatus, and a micro gravity environmental control method, such as a plant cultivating method, an animal raising method, a breeding method, capable of cultivating a plant and raising an animal by using soil and also capable of recovering moisture supplied to the soil so as to reuse the moisture, under a weightless environment or a micro gravity environment. There is provided a micro gravity environmental control apparatus comprising a chamber, an air suction pipe arranged in the vicinity of a lower end portion within the chamber, and an air sucking part communicated and connected with the air suction pipe and used for sucking air within the chamber out of the chamber.
    • 本发明提供了一种微型重力环境控制装置,例如植物栽培装置,动物养殖装置和微重力环境控制方法,例如植物栽培方法,动物养殖方法,育种方法,能够培养 植物,并通过使用土壤养殖动物,并且还能够在无重量的环境或微重力环境下回收供给土壤的水分,以重新使用水分。 提供一种微型重力环境控制装置,包括:室,设置在室内的下端部附近的吸气管,以及与吸气管连通并与吸气管连接并用于吸入空气的空气吸入部 房间外的房间。
    • 5. 再颁专利
    • Musical information recording and reproducing technique for use with a recording medium having a UTOC area
    • 用于具有UTOC区域的记录介质的音乐信息记录和重放技术
    • USRE39811E1
    • 2007-09-04
    • US09247895
    • 1999-02-10
    • Mikio OgusuKazunobu FujiwaraKei Tanaka
    • Mikio OgusuKazunobu FujiwaraKei Tanaka
    • G11B7/00
    • There is generated a rhythm corresponding to a designated tempo and meter of a music piece to be recorded. Performance of a musical instrument is started at specific timing according to the generated rhythm, and the musical information resulting from the performance is recorded onto an MD (Mini Disk). The address on the MD read out when the performance of the music piece is started is retrieved as a start address of the music piece. After the recording, the retrieved start address is recorded onto the UTOC (User's-table-of-contents) area of the disk along with the designated tempo and meter. By reading out the start address, tempo and meter to calculate a measure number and start address of a desired measure on the basis of the read out information, display of a measure number being currently reproduced and quick access to the starting point of any desired measure can be achieved. In applications where plural channels are involved, part information indicative of performance parts assigned and recorded on the individual recording channels is also recorded onto the UTOC area. When necessary, the part information is visually displayed. In ping-pong recording, performance parts to be mixed are additively synthesized on the basis of the recorded part information and then recorded onto the UTOC area as part information for a channel where the mixed output is to be recorded.
    • 产生与被记录的乐曲的指定速度和音量相对应的节奏。 根据所产生的节奏,在特定时刻开始乐器的演奏,并且由演奏产生的音乐信息记录在MD(迷你盘)上。 音乐作品的开始时,读取MD上的地址作为乐曲的起始地址。 记录后,检索到的起始地址与指定的速度和计量表一起记录到磁盘的UTOC(用户内容表)区域上。 通过读出起始地址,速度和计量器,根据读出的信息计算测量数量和开始地址,显示当前再现的测量号码,并快速访问任何所需测量的起始点 可以实现。 在涉及多个通道的应用中,指示分配和记录在各个记录通道上的性能部分的部分信息也被记录在UTOC区域上。 必要时可以直观地显示零件信息。 在乒乓记录中,要根据所记录的部分信息对要混合的演奏部分进行加法合成,然后作为要记录混合输出的频道的部分信息记录到UTOC区域。
    • 9. 发明授权
    • Image processing apparatus and image processing method
    • 图像处理装置和图像处理方法
    • US06917446B2
    • 2005-07-12
    • US09939771
    • 2001-08-28
    • Kei TanakaShinji HayashiKenji KatsuharaEri Iwata
    • Kei TanakaShinji HayashiKenji KatsuharaEri Iwata
    • G06T9/00H04N1/40H04N1/405G06K15/00
    • H04N1/40062G06T9/005H04N1/40087H04N1/4053
    • An image processing apparatus for quantizing image data indicative of a density gradation level of a constituent pixel of an image into a discrete value on the basis of quantization levels of a number smaller than the maximum density gradation level and not smaller than two. The apparatus comprises: an N-level/M-level quantization circuit for quantizing image data of an object pixel on an N-level basis or on an M-level basis; an error diffusion circuit for distributing an error generated through the N-level quantization or the M-level quantization to peripheral pixels around the object pixel; an N-level quantization threshold setting circuit for setting an N-level quantization threshold in a periodically variable manner; and a process setting circuit for causing the N-level/M-level quantization circuit to perform the M-level quantization for pixels adjacent to a pixel corresponding to either or both of a peak point and a saddle point in the periodic variation of the N-level quantization threshold and causing the N-level/M-level quantization circuit to perform the N-level quantization for pixels corresponding to the peak point and the saddle point.
    • 一种图像处理装置,用于基于小于最大浓度灰度级的数量的量化级别将不同于图像的构成像素的浓度灰度级的图像数据量化为离散值,并且不小于2。 该装置包括:N级/ M级量化电路,用于在N级或M级基础上量化对象像素的图像数据; 误差扩散电路,用于将通过N电平量化或M电平量化生成的误差分配到对象像素周围的周边像素; 用于以周期性变化的方式设置N电平量化阈值的N电平量化阈值设置电路; 以及处理设置电路,用于使N级/ M级量化电路对与N的周期性变化中的峰值点和鞍点中的任一个或两者相对应的像素相邻的像素执行M级量化 并且使N电平/ M级量化电路对与峰值点和鞍点对应的像素执行N电平量化。
    • 10. 发明授权
    • Musical information recording and reproducing technique for use with a
recording medium
    • 用于记录介质的音乐信息记录和再现技术
    • US5784349A
    • 1998-07-21
    • US704826
    • 1996-08-28
    • Mikio OgusuKazunobu FujiwaraKei Tanaka
    • Mikio OgusuKazunobu FujiwaraKei Tanaka
    • G10H1/00G11B7/0037G11B27/034G11B27/10G11B27/32G11B27/36G11B7/00
    • G10H1/0008G10H1/0041G11B27/034G11B27/105G11B27/329G11B27/36G11B2220/2529G11B7/0037
    • There is generated a rhythm corresponding to a designated tempo and meter of a music piece to be recorded. Performance of a musical instrument is started at specific timing according to the generated rhythm, and the musical information resulting from the performance is recorded onto an MD (Mini Disk). The address on the MD read out when the performance of the music piece is started is retrieved as a start address of the music piece. After the recording, the retrieved start address is recorded onto the UTOC (User's-table-of-contents) area of the disk along with the designated tempo and meter. By reading out the start address, tempo and meter to calculate a measure number and start address of a desired measure on the basis of the read out information, display of a measure number being currently reproduced and quick access to the starting point of any desired measure can be achieved. In applications where plural channels are involved, part information indicative of performance parts assigned and recorded on the individual recording channels is also recorded onto the UTOC area. When necessary, the part information is visually displayed. In ping-pong recording, performance parts to be mixed are additively synthesized on the basis of the recorded part information and then recorded onto the UTOC area as part information for a channel where the mixed output is to be recorded.
    • 产生与被记录的乐曲的指定速度和音量相对应的节奏。 根据所产生的节奏,在特定时刻开始乐器的演奏,并且由演奏产生的音乐信息记录在MD(迷你盘)上。 音乐作品的开始时,读取MD上的地址作为乐曲的起始地址。 记录后,检索到的起始地址与指定的速度和计量表一起记录到磁盘的UTOC(用户内容表)区域上。 通过读出起始地址,速度和计量器,根据读出的信息计算测量数量和开始地址,显示当前再现的测量号码,并快速访问任何所需测量的起始点 可以实现。 在涉及多个通道的应用中,指示分配和记录在各个记录通道上的性能部分的部分信息也被记录在UTOC区域上。 必要时可以直观地显示零件信息。 在乒乓记录中,要根据所记录的部分信息对要混合的演奏部分进行加法合成,然后作为要记录混合输出的频道的部分信息记录到UTOC区域。