会员体验
专利管家(专利管理)
工作空间(专利管理)
风险监控(情报监控)
数据分析(专利分析)
侵权分析(诉讼无效)
联系我们
交流群
官方交流:
QQ群: 891211   
微信请扫码    >>>
现在联系顾问~
热词
    • 61. 发明申请
    • Voice recognition estimating apparatus, method and program
    • 语音识别估计装置,方法和程序
    • US20050086055A1
    • 2005-04-21
    • US10931998
    • 2004-09-02
    • Masaru SakaiHiroshi Kanazawa
    • Masaru SakaiHiroshi Kanazawa
    • G10L15/28G10L13/00G10L13/08G10L15/00
    • G10L15/01
    • Voice recognition estimating apparatus for voice recognition apparatus, comprises voice data property generator which generates properties of estimation voice data used to determine, based on estimation item, feature of synthetic voice data, estimation item being used to estimate performance of voice recognition apparatus, parameter generator which generates parameter used to generate synthetic voice data corresponding to properties of estimation voice data, synthetic voice generator which generates synthetic voice data based on parameter, output unit configured to output synthetic voice data to voice recognition apparatus, acquisition unit configured to acquire recognition result from voice recognition apparatus, recognition result being obtained when voice recognition apparatus recognizes synthetic voice data, and estimation unit configured to estimate performance of voice recognition apparatus with reference to estimation item and recognition result.
    • 用于语音识别装置的语音识别估计装置包括语音数据属性生成器,其产生用于基于估计项目确定合成语音数据的特征的估计语音数据的属性,用于估计语音识别装置的性能的估计项目,参数生成器 其产生用于生成与估计语音数据的属性相对应的合成语音数据的参数,基于参数生成合成语音数据的合成语音生成器,被配置为向语音识别装置输出合成语音数据的输出单元,被配置为从语音识别装置获取识别结果的获取单元 语音识别装置,当语音识别装置识别合成语音数据时获得识别结果,以及估计单元,被配置为参考估计项目和识别结果来估计语音识别装置的性能。
    • 64. 发明授权
    • Disk loading system for a magneto-optical disk drive
    • 用于磁光盘驱动器的磁盘加载系统
    • US06249500B1
    • 2001-06-19
    • US09050873
    • 1998-03-31
    • Hiroshi KanazawaShimpei ShinozakiIsao OkudaSuguru Takishima
    • Hiroshi KanazawaShimpei ShinozakiIsao OkudaSuguru Takishima
    • G11B3392
    • G11B17/0438G11B11/10558G11B11/10573
    • A disk cartridge loading system for a disk drive. The loading system includes a disk cartridge holder, a drawing mechanism, a draw-in sensor, a loading sensor, and a controller. The drawing mechanism engages a partially inserted disk cartridge to fully draw the disk cartridge into the disk drive, so that the disk cartridge is accommodated in a disk cartridge holder. A holder moving mechanism moves the disk cartridge holder to a loading position, so that at least one of a data reading operation and a data writing operation can be performed. A draw-in sensor is provided to detect the partial insertion of the disk cartridge, while a loading sensor detects when the disk cartridge is located at the loading position. A control unit controls the drawing mechanism and the holder moving mechanism, based on a first signal produced by the draw-in sensor and a second signal produced by the loading sensor.
    • 用于磁盘驱动器的磁盘盒装载系统。 装载系统包括盘盒保持架,拉伸机构,抽入传感器,装载传感器和控制器。 拉拔机构接合部分插入的盘盒,以将盘盒完全拉入盘驱动器,使得盘盒容纳在盘盒保持器中。 保持器移动机构将盘盒保持器移动到装载位置,使得可以执行数据读取操作和数据写入操作中的至少一个。 提供了一个吸入传感器来检测盘盒的部分插入,而加载传感器检测盘盒何时位于装载位置。 控制单元基于由引入传感器产生的第一信号和由加载传感器产生的第二信号来控制绘图机构和保持器移动机构。
    • 67. 发明授权
    • Apparatus and method for correcting the difference in frequency
characteristics between microphones for analyzing speech and for
creating a recognition dictionary
    • 用于校正用于分析语音和用于创建识别词典的麦克风之间的频率特性差异的装置和方法
    • US6032115A
    • 2000-02-29
    • US935082
    • 1997-09-26
    • Hiroshi KanazawaTakehiko IsakaYoshifumi NagataHiroyuki Tsuboi
    • Hiroshi KanazawaTakehiko IsakaYoshifumi NagataHiroyuki Tsuboi
    • G10L15/28G10L15/06G10L15/20G10L21/02G10L7/08
    • G10L15/065G10L15/20
    • In sound recognition apparatus of the present invention, user's utterance or a sound provided by an output section using previously stored sound waveforms is simultaneously inputted through a basic microphone of known frequency characteristics and an input microphone of unknown frequency characteristics. An analysis section respectively analyzes the frequency of the input speech through the basic microphone and the input microphone. A frequency characteristics calculation section calculates first difference data between the frequencies of the input speech of the basic microphone and the input microphone, and calculates frequency characteristics of the input microphone according to the first difference data and the frequency characteristics of the basic microphone. A frequency characteristics correction section calculates second difference data between the frequency characteristics of the input microphone and known frequency characteristics of a dictionary data microphone, and corrects input speech to be recognized through the input microphone as speech data of the frequency characteristics of the dictionary data microphone according to the second difference data. A recognition section recognizes corrected speech data by referring to a recognition dictionary storing data previously created through the dictionary data microphone.
    • 在本发明的声音识别装置中,通过已知频率特性的基本麦克风和未知频率特性的输入麦克风同时输入使用先前存储的声音波形的输出部分提供的用户发声或声音。 分析部分分别通过基本麦克风和输入麦克风分析输入语音的频率。 频率特性计算部分计算基本麦克风和输入麦克风的输入语音的频率之间的第一差分数据,并根据第一差分数据和基本麦克风的频率特性来计算输入麦克风的频率特性。 频率特性校正部分计算输入麦克风的频率特性与字典数据麦克风的已知频率特性之间的第二差分数据,并通过输入麦克风校正要识别的输入语音作为词典数据麦克风的频率特性的语音数据 根据第二个差异数据。 识别部分通过参考存储先前通过字典数据麦克风创建的数据的识别字典识别校正的语音数据。
    • 69. 发明授权
    • Scanning optical device
    • 扫描光学设备
    • US5760944A
    • 1998-06-02
    • US791983
    • 1997-01-31
    • Tadashi MinakuchiMasahiro OonoMitsunori IimaHiroshi Kanazawa
    • Tadashi MinakuchiMasahiro OonoMitsunori IimaHiroshi Kanazawa
    • B41J2/47G02B26/12G02B26/08
    • B41J2/471G02B26/123G02B26/124
    • A scanning optical device that includes a light source that emits a light flux; a polygon mirror for deflecting the light flux; a scanning lens for converging the light flux deflected by the polygon mirror to form a beam spot on an image surface; a dynamic prism that is rotatably disposed between the light source and the polygon mirror to affect the direction of the light flux; a driving mechanism for rotating the dynamic prism to change the deviation angle of the dynamic prism; and a controller for controlling the driving mechanism to change the position of the beam spot during scanning. In particular, the controller rotates the dynamic prism to compensate for errors that affect the position of the beam spot on the image surface, such as errors that vary with time and errors that occur randomly during the scanning process.
    • 一种扫描光学装置,包括发射光束的光源; 用于偏转光束的多面镜; 用于会聚由多面镜偏转的光束以在图像表面上形成束斑的扫描透镜; 可旋转地设置在光源和多面镜之间以影响光通量的方向的动态棱镜; 用于旋转所述动态棱镜以改变所述动态棱镜的偏离角的驱动机构; 以及用于控制驱动机构以在扫描期间改变束斑的位置的控制器。 特别地,控制器旋转动态棱镜以补偿影响图像表面上的束斑的位置的误差,例如随扫描过程随机随时间变化的误差和错误。