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    • 1. 发明申请
    • CHARACTER INPUT DEVICE, SYSTEM, AND CHARACTER INPUT CONTROL METHOD
    • 字符输入装置,系统和字符输入控制方法
    • US20100283736A1
    • 2010-11-11
    • US12810273
    • 2008-12-26
    • Toshio AkabaneKeiko HirukawaTomokazu MorioDaisuke TsujinishiYasushi Ishizuka
    • Toshio AkabaneKeiko HirukawaTomokazu MorioDaisuke TsujinishiYasushi Ishizuka
    • G06F3/02
    • G06F17/276G06F3/0236G06F3/0237
    • The character input device (5) (i) determines an input candidate that is a character string to be inputted at an input position on a basis of a character string before the input position, (ii) causes a display screen to display a candidate selection key to which the determined input candidate is assigned in such a manner as to allow a user to select the candidate selection key, and (iii) when the displayed candidate selection key is selected, inputs at the input position the character string of the input candidate assigned to the selected candidate selection key, the character input device including a first candidate determination section (38) for assigning a Caps key to the candidate selection key, a second candidate determination section (39) for assigning a Done key to the candidate selection key, and an editing candidate determination section (40) for assigning a Clear key to the candidate selection key. This allows determining an input candidate with high probability. In this manner, in the character input device (5), an input candidate with high probability is assigned to the candidate selection key, allowing a user to easily and swiftly input characters.
    • 字符输入装置(5)(i)基于输入位置之前的字符串确定作为要在输入位置输入的字符串的输入候选,(ii)使显示画面显示候选选择 确定的输入候选者以允许用户选择候选选择密钥的方式被分配的密钥,以及(iii)当选择显示的候选选择密钥时,在输入位置输入输入候选的字符串 分配给所选候选选择键的字符输入装置,包括用于将候选选择键分配Caps键的第一候选确定部分(38),用于将候选选择键分配完成键的第二候选确定部分(39) ,以及用于将候选选择键分配清除键的编辑候选确定部分(40)。 这允许以高概率确定输入候选。 以这种方式,在字符输入装置(5)中,向候选选择键分配具有高概率的输入候选,允许用户容易地并且迅速地输入字符。
    • 4. 发明申请
    • USER INTERFACE DEVICE, COMPUTER PROGRAM, AND ITS RECORDING MEDIUM
    • 用户界面设备,计算机程序及其记录介质
    • US20090249203A1
    • 2009-10-01
    • US12374143
    • 2007-07-09
    • Akira TsurutaTomokazu Morio
    • Akira TsurutaTomokazu Morio
    • G06F3/041G06F3/048
    • G06F3/0488G06F3/018G06F3/0482G06F3/0483G06F3/04886
    • An interface device executes a first display process, a moving and display process and a second display process. In the first display process, a plurality of items each including hiragana of Japanese alphabet, are displayed on a full screen liquid display touch panel. In the moving and display process, when one of the plurality of items is touched or touched and dragged, the hiragana of the item is displayed at a position different from the original display position. In the second display process, a touch-up on the full screen liquid crystal touch panel is detected, and a list of options whose names start from the hiragana in the item corresponding to the touched-up position or related information thereto, among the plurality of options, is displayed. Thus, it is possible to easily display a list of desired option group from the options, on the user interface device.
    • 接口装置执行第一显示处理,移动和显示处理以及第二显示处理。 在第一显示处理中,在全屏液晶显示触摸面板上显示包括日文字母表的平假名的多个项目。 在移动和显示过程中,当触摸或拖动多个物品中的一个时,项目的平假名显示在与原始显示位置不同的位置处。 在第二显示处理中,检测全屏液晶触摸面板上的触摸,以及从多个对应于触摸位置的项目中的平假名开始的选项列表或其相关信息,在多个 的选项。 因此,可以在用户界面设备上从选项中容易地显示期望的选项组的列表。
    • 5. 发明授权
    • Voice recording and reproducing apparatus
    • 录音和录音设备
    • US5218640A
    • 1993-06-08
    • US839087
    • 1992-02-24
    • Tomokazu MorioAtsunori KitohYoshiji Fujimoto
    • Tomokazu MorioAtsunori KitohYoshiji Fujimoto
    • G06F17/21G11C7/16H04M1/65
    • G06F17/21G11C7/16H04M1/65G11C2207/16
    • A voice recording and reproducing apparatus which includes a voice encoder for encoding a voice signal into a voice code, an address counter, a voice code memory in which the voice code is circulatively stored as specified by the address counter, a discriminator for determining whether the voice signal inputted is a voiced signal or whether the voice signal inputted is a silent signal, and a register for storing an address value of the address counter when the discriminator indicates that the silent signal has changed into the voiced signal. During reproduction, the starting address of the reproduction is determined by a stored address. The stored address represents the address value in the address counter at the time when the discriminator indicates that a silent signal has changed to a voiced signal.
    • 一种语音记录和再现装置,其包括用于将语音信号编码成语音代码的语音编码器,地址计数器,语音代码存储器,其中通过地址计数器指定的循环地存储语音代码;鉴别器,用于确定是否 输入的语音信号是有声信号还是输入的语音信号是否是无声信号,以及当鉴别器指示无声信号已经变成有声信号时,用于存储地址计数器的地址值的寄存器。 在再现期间,再现的起始地址由存储的地址确定。 存储的地址表示当鉴别器指示无声信号已经改变为有声信号时地址计数器中的地址值。
    • 7. 发明授权
    • Simultaneous plural-voice text-to-speech synthesizer
    • 同时多语音文字到语音合成器
    • US07249021B2
    • 2007-07-24
    • US10451825
    • 2001-12-27
    • Tomokazu MorioOsamu Kimura
    • Tomokazu MorioOsamu Kimura
    • G10L13/00G10L13/02G10L13/06G10L13/08
    • G10L13/033G10L13/0335G10L13/08
    • A multiple-voice instructing unit (17) instructs pitch deforming ratio and mixing ratio to a multiple-voice synthesis unit (16). The multiple voice synthesis unit (16) generates a standard voice signal by means of waveform superimposition based on voice element data read from a voice element database (15) and prosodic information from a voice element selecting unit (14), expands/contracts the time base of the above standard voice signal based on the prosodic information and instruction information from the multiple-voice instructing unit (17) to change a voice pitch, and mixes the standard voice signal with an expansion/contraction voice signal for outputting via an output terminal (18). Accordingly, a concurrent vocalization by multiple speakers based on the same text can be implemented without the need of time-division, parallel text analyzing and prosody generating and of adding pitch converting as post-processing.
    • 多语音指示单元(17)向多语音合成单元(16)指示音调变形率和混合比。 多语音合成单元(16)通过基于从语音元素数据库(15)读取的语音元素数据和来自语音元素选择单元(14)的韵律信息的波形叠加产生标准语音信号,扩展/收缩时间 基于来自多语音指示单元(17)的韵律信息和指令信息的上述标准语音信号的基础,以改变语音间距,并且将标准语音信号与扩展/收缩语音信号混合,以经由输出终端 (18)。 因此,可以实现基于相同文本的多个扬声器的并发发音,而不需要时分,并行文本分析和韵律生成以及将音调转换添加为后处理。