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    • 1. 发明授权
    • Nuclear magnetic resonance spectrometry
    • 核磁共振光谱法
    • US4641096A
    • 1987-02-03
    • US674733
    • 1984-11-26
    • Osamu KamoMuneki OhuchiKazuhiro Matsushita
    • Osamu KamoMuneki OhuchiKazuhiro Matsushita
    • G01R33/62G01N24/08G01N24/12G01R33/46G01R33/20
    • G01N24/08G01R33/4616
    • A nuclear magnetic resonance spectrometry is disclosed in which a 90.degree. pulse and a 180.degree. pulse are applied to nuclei under observation at a time interval of t. Then, the resulting echo signal is observed after a period of t. Either a strong 90.degree. pulse of strong RF waves are applied to nuclei that are not observed. The strong RF waves decouple the nuclei not observed over a broad range. The application of the strong 90.degree. pulse or RF waves is initiated in synchronism with the 180.degree. pulse. The application of the RF waves are terminated before the beginning of the observation of the echo signal. The observation made in this way makes it possible to obtain spectra of quaternary carbons, the spectra including the information about long-range coupling.
    • 公开了一种核磁共振光谱仪,其中90度脉冲和180度脉冲以时间间隔t施加在观察下的核上。 然后,在t周期后观察得到的回波信号。 强烈的射频波的强90度脉冲被施加到未观察到的核。 强RF波使得在宽范围内未观察到的核解耦。 强90°脉冲或RF波的应用与180°脉冲同步启动。 在开始观察回波信号之前终止RF波的应用。 以这种方式进行的观察使得可以获得季碳的光谱,该光谱包括关于远距离耦合的信息。
    • 4. 发明授权
    • Wireless display system, method and computer program media therefor
    • 无线显示系统,方法和计算机程序媒体
    • US06944480B2
    • 2005-09-13
    • US09843032
    • 2001-04-27
    • Atsushi TanakaOsamu KamoMasaki MukaiOsamu Sameshima
    • Atsushi TanakaOsamu KamoMasaki MukaiOsamu Sameshima
    • G06F1/32H04Q7/32
    • G06F1/3265G06F1/3203Y02D10/153
    • An image display device has a serial port as data input and output port for the system, and input and output data converting element for mutually converting the data format of input and output data for wireless communication. A data processing device has input and output processing virtual element for processing data input and output virtually as if the data input and output port are connected directly. The input data of the serial port is converted by the input and output converting element, and is transmitted to the data processing device through a wireless unit, and is processed through the input and output processing virtual element. The output data of the data processing device is transmitted to the image display device in the wireless unit by way of the input and output processing virtual element, and is converted by the input and output data converting element, and is issued to the serial port. At this time, depending on whether the serial port is being used or not, the control level of power saving operation is changed. In this configuration, the input and output peripheral device can be used at the display side, and power saving control in harmony between display function and input and output peripheral device function is realized.
    • 图像显示装置具有作为系统的数据输入和输出端口的串行端口,以及用于相互转换用于无线通信的输入和输出数据的数据格式的输入和输出数据转换元件。 数据处理装置具有输入和输出处理虚拟元件,用于处理数据输入和输出,虚拟地如同数据输入和输出端口被直接连接。 串行端口的输入数据由输入和输出转换元件转换,并通过无线单元发送到数据处理设备,并通过输入和输出处理虚拟元件进行处理。 数据处理装置的输出数据通过输入和输出处理虚拟元件被发送到无线单元中的图像显示装置,并由输入和输出数据转换元件转换,并被发送到串行端口。 此时,根据串口是否正在使用,节电操作的控制级别发生变化。 在该结构中,可以在显示侧使用输入输出外围设备,实现显示功能与输入输出外围设备功能之间的和谐的功率控制。
    • 6. 发明授权
    • Apparatus and method for editing handwritten stroke
    • 用于编辑手写笔画的装置和方法
    • US5796866A
    • 1998-08-18
    • US351785
    • 1994-12-08
    • Yasuhiro SakuraiOsamu Kamo
    • Yasuhiro SakuraiOsamu Kamo
    • G06F3/048G06F3/033G06F3/041G06K9/22G06K9/62G06K9/00G06K9/03G06K9/20
    • G06F3/04883G06K9/00409
    • A handwritten stroke data editing system comprising: a group management unit for managing group data and box data for each group, the group data representing strokes within one group, the box data representing a box that is circumscribed to each group, the group including at least one of a character group representing a handwritten character, a word group representing a handwritten word, a line group consisting of a plurality of handwritten characters and/or words, a figure group representing a handwritten figure, a gesture recognition unit for recognizing an editing area based on a gesture inputted by unit of a stylus, the stylus being furnished for the system, the input gesture being represented by the stroke data, the editing area including the stroke data; and a to-be-edited group selection unit for selecting a to-be-edited group by computing an overlapping area of the editing area and each box, the selected to-be-edited group having the overlapping area more than a predetermined ratio to an area of the box. The to-be-edited group selection unit includes: an area computing unit for computing the overlapping area of the editing area and each box; a judgment unit for judging whether the overlapping area computed by the area computing unit exceeds the predetermined ratio; and a selection unit for selecting groups whose box overlaps on the editing area more than the predetermined ratio.
    • 一种手写笔画数据编辑系统,包括:组管理单元,用于管理每个组的组数据和框数据,所述组数据表示一组内的笔画,所述框数据表示限定于每个组的框,所述组至少包括 表示手写字符的字符组之一,表示手写字的单词组,由多个手写字符和/或单词组成的行组,表示手写图形的图形组,用于识别编辑区域的手势识别单元 基于由触笔单元输入的手势,针对系统提供触笔,输入手势由笔画数据表示,编辑区域包括笔画数据; 以及要被编辑的组选择单元,用于通过计算编辑区域和每个框的重叠区域来选择要编辑的组,所选择的被编辑组的重叠区域大于预定比率, 一个区域的盒子。 要编辑的组选择单元包括:区域计算单元,用于计算编辑区域和每个框的重叠区域; 判断单元,用于判断由所述区域计算单元计算的重叠区域是否超过所述预定比率; 以及选择单元,用于选择比编辑区域重叠的组超过预定比率的组。
    • 7. 发明授权
    • Input device and inputting method with input device
    • 输入装置及输入装置输入方式
    • US06801191B2
    • 2004-10-05
    • US09843029
    • 2001-04-27
    • Masaki MukaiAtsushi TanakaOsamu SameshimaOsamu Kamo
    • Masaki MukaiAtsushi TanakaOsamu SameshimaOsamu Kamo
    • G09G500
    • G06F3/04883
    • An input device is provided which is capable of entering a double tap operation even if an operation through a touch panel is performed in difficulty. The input device includes a coordinate acquiring section, a pressure acquiring section, a coordinate condition storing section, an on-pressure storing section for storing a first pressure and a second pressure smaller than the first pressure, a time condition storing section, and an input judging section. In operation, the pressure of the first pen touch operation detected by the pressure acquiring section exceeds a first pressure. Then, if the pressure of the second pen touch operation detected by the pressure acquiring section exceeds the second pressure within a certain time stored in the time condition storing section, and if the second pen touch operation is performed within a distance stored in the coordinate condition storing section, the input judging section qualifies the two consecutive pen touch operations as a double tap operation. As the threshold of the pressure of the second pen touch operation is smaller than an ordinary pressure, the double tap operation can correctly be identified even if the pressure of the second pen touch operation by any user becomes small.
    • 提供一种能够进行双重敲击操作的输入装置,即使难以进行通过触摸面板的操作。 输入装置包括坐标获取部,压力获取部,坐标条件存储部,存储第一压力的压力存储部和比第一压力小的第二压力的时间条件存储部,以及输入部 判断部分。 在操作中,由压力获取部分检测到的第一笔触摸操作的压力超过第一压力。 然后,如果由压力获取部分检测到的第二笔触摸操作的压力在存储在时间条件存储部分中的一定时间内超过第二压力,并且如果在存储在坐标条件下的距离内执行第二笔触摸操作 存储部分,输入判断部分将两个连续的笔触摸操作限定为双重敲击操作。 当第二笔触摸操作的压力的阈值小于普通压力时,即使任何用户的第二笔触摸操作的压力变小,也可以正确地识别双重敲击操作。