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    • 2. 发明授权
    • Picture coding and/or decoding equipment
    • 图像编码和/或解码设备
    • US4319267A
    • 1982-03-09
    • US116713
    • 1980-01-30
    • Eiji MitsuyaShinichi MurakamiKatsumi MoriTomio KishimotoTakahiko Kamae
    • Eiji MitsuyaShinichi MurakamiKatsumi MoriTomio KishimotoTakahiko Kamae
    • G06T9/40H04N1/64H04N7/24H04N7/26H04N1/46H04N1/41
    • G06T9/40H04N1/64H04N1/646H04N19/96H04N19/98H04N7/24
    • A color picture is separated into three color component pictures, which are divided respectively by first, second and third block coding means into blocks and encoded. In the first block coding means, one of the color component pictures is encoded, for each block, into gray level codes representing gray level components in the block and a resolution code representing the distribution of the gray level codes in the block. In this case, when the gray level in the block undergoes a little change, an average gray level can be used as the gray level code and the resolution code can be omitted. The second and third block coding means may be identical in construction with the first block coding means. The resolution code of the block obtained by the first block coding means can also be employed in the coding of the corresponding blocks by the second and third block coding means. In the first block coding means, the size of the blocks into which the color component picture is divided is altered locally in accordance with the state of the color component picture. The block size thus changed in the first block coding means can also be used in the coding by the second and third block coding means.
    • 将彩色图像分成三个颜色分量图片,它们分别由第一,第二和第三块编码装置划分成块并被编码。 在第一块编码装置中,对于每个块,颜色分量图像中的一个被编码为表示块中的灰度分量的灰度代码,以及表示块中的灰度级代码的分布的分辨率代码。 在这种情况下,当块中的灰度级稍微改变时,可以使用平均灰度级作为灰度级代码,并且可以省略分辨率代码。 第二和第三块编码装置在结构上可以与第一块编码装置相同。 由第一块编码装置获得的块的分辨率码也可以用于第二和第三块编码装置对相应块的编码。 在第一块编码装置中,根据颜色分量图像的状态,局部地改变分割颜色分量图像的块的尺寸。 在第一块编码装置中由此改变的块大小也可以用于第二和第三块编码装置的编码。
    • 3. 发明授权
    • Scanning memory device and error correction method
    • 扫描存储设备和纠错方法
    • US6000047A
    • 1999-12-07
    • US23665
    • 1998-02-10
    • Takahiko KamaeMitsuchika SaitoKiyoyuki Ihara
    • Takahiko KamaeMitsuchika SaitoKiyoyuki Ihara
    • G11C29/34G06F11/00
    • G11C29/34
    • A high-data density, high-data rate scanning memory device reads and writes data using a plurality of probes. The scanning memory device comprises a memory composed of a matrix of cell arrays each containing a submatrix of memory cells, a plurality of probes having a one-to-one correspondence to each cell array, and a positioning device that operates to simultaneously change the positions of probes relative to the cell arrays. Each of the cell arrays has a cell array status memory for storing information designating whether the cell array is functional or whether the cell array is defective. If the number of defective memory cells detected within each cell array exceeds some predetermined number, the cell array is designated as defective. Defective cell arrays are logically replaced by functional cell arrays. Error correction is applied to the data to reduce reading and writing errors by the scanning memory device and to maintain the integrity of data stored in the memory.
    • 高数据密度高数据速率扫描存储器件使用多个探针读取和写入数据。 扫描存储装置包括存储单元阵列矩阵的存储器,每个单元阵列包含存储单元的子矩阵,多个探针与每个单元阵列具有一一对应关系;以及定位装置,其操作以同时改变位置 的探针相对于细胞阵列。 每个单元阵列具有单元阵列状态存储器,用于存储指定单元阵列是功能性还是单元阵列有缺陷的信息。 如果在每个单元阵列内检测到的有缺陷的存储单元的数量超过预定数量,则将单元阵列指定为缺陷。 逻辑上由功能单元阵列代替有缺陷的单元阵列。 对数据应用错误校正,以减少扫描存储器件的读写错误并保持存储在存储器中的数据的完整性。
    • 4. 发明授权
    • Digital data distribution system having a reduced end station memory requirement
    • 具有减少终端存储器要求的数字数据分配系统
    • US06493877B1
    • 2002-12-10
    • US09118034
    • 1998-07-17
    • Junichi YamazakiTakahiko KamaeFarhad Fuad Islam
    • Junichi YamazakiTakahiko KamaeFarhad Fuad Islam
    • H04N710
    • H04H20/93H04H20/16H04H20/38H04H20/76H04N5/4401H04N5/445H04N21/41407H04N21/4331H04N21/4382H04N21/454H04N21/482H04N21/6131H04N21/858
    • A digital data distribution system that comprises a broadcasting station and an end station. The broadcasting station broadcasts a broadcast signal repetitively modulated with a digital information signal. The digital information signal includes a file group composed of body files containing any or all of audio, graphics and text information. The end system includes a receiver, a user interface, a memory, a controller and a reproduction section. The receiver receives the broadcast signal from the broadcasting station and demodulates the digital information signal from the broadcast signal to generate a digital bit stream. The user interface allows a user to select at least one of the body files for storage as a selected body file. The memory is substantially smaller than the file group. The controller identifies the selected body file in the digital bit stream and causes the selected body file to be stored in the memory. The reproduction section reproduces the audio, graphics or text information contained in the selected body file stored in the memory.
    • 一种数字数据分发系统,包括广播站和终端站。 广播台广播用数字信息信号重复调制的广播信号。 数字信息信号包括由包含音频,图形和文本信息中的任何或全部的主体文件组成的文件组。 终端系统包括接收器,用户接口,存储器,控制器和再现部分。 接收机从广播站接收广播信号,并从广播信号解调数字信息信号,生成数字比特流。 用户界面允许用户选择身体文件中的至少一个作为选择的身体文件进行存储。 内存大大小于文件组。 控制器识别数字位流中所选择的身体文件,并使所选择的身体文件存储在存储器中。 再现部分再现包含在存储在存储器中的所选择的身体文件中的音频,图形或文本信息。
    • 5. 发明授权
    • System and method for retrieving and presenting speech information
    • 用于检索和呈现语音信息的系统和方法
    • US06249764B1
    • 2001-06-19
    • US09257327
    • 1999-02-25
    • Takahiko KamaeMakoto Hirayama
    • Takahiko KamaeMakoto Hirayama
    • G10L1522
    • G06F17/30882G06F17/30014G10L15/22G10L15/30
    • In the method, speech files each representing speech information are provided. At least one of the speech files is a hyperspeech file that represents speech information and includes a hot spot specification specifying a hot spot in the speech information. The hot spot identifies additional speech information. The hot spot specification comprises a hot spot definition defining the hot spot and an identifier identifying another of the speech files that represents the additional speech information. A speech information presentation operation is iteratively performed until the desired speech information is presented. In this operation, a speech file retrieval operation that retrieves one of the speech files is performed, any hot spot specification in the speech file is extracted, a speech signal is generated from the speech file, and the speech information is presented in response to the speech signal. The speech signal includes a distinguishing portion that distinguishes each hot spot from the remainder of the speech information when the speech information is presented. When the speech information presented is not the desired speech information, a user request signal is provided during the hot spot to request presentation of the additional speech information identified by the speech information presented during the hot spot. The identifier included in the hot spot specification is referenced in response to the user request signal. The identifier identifies the speech file to be retrieved when the speech file retrieval operation is next performed.
    • 在该方法中,提供各自表示语音信息的语音文件。 语音文件中的至少一个是表示语音信息的超音阶文件,并且包括指定语音信息中的热点的热点规范。 热点识别额外的语音信息。 热点规范包括定义热点的热点定义和识别表示附加语音信息的另一语音文件的标识符。 迭代地执行语音信息呈现操作,直到呈现期望的语音信息。 在该操作中,执行检索语音文件之一的语音文件检索操作,提取语音文件中的任何热点指定,从语音文件生成语音信号,并响应于该语音信息呈现语音信息 语音信号。 语音信号包括在呈现语音信息时区分每个热点与语音信息的其余部分的区分部分。 当所呈现的语音信息不是期望的语音信息时,在热点期间提供用户请求信号,以请求呈现由热点期间呈现的语音信息识别的附加语音信息。 响应于用户请求信号参考热点规范中包括的标识符。 当下次执行语音文件检索操作时,标识符标识要检索的语音文件。
    • 6. 发明授权
    • Apparatus and method for extending the useful life of a data storage
system
    • 用于延长数据存储系统的使用寿命的装置和方法
    • US06000021A
    • 1999-12-07
    • US808951
    • 1997-02-19
    • Mitsuchika SaitoTakahiko KamaeKiyoyuki Ihara
    • Mitsuchika SaitoTakahiko KamaeKiyoyuki Ihara
    • G06F12/16G06F3/06G06K7/00G06K19/00G11B9/00G11B20/18G11B27/34G11B27/36G11C23/00G06F12/00H01S3/20
    • B82Y10/00G11B20/1816G11B27/34G11B27/36G11B9/14
    • Useful life extension for a data storage system in which either or both of read/write probes and storage areas are components subject to wear caused by the access operations. An access counter counts an access count for each component subject to wear. A data exchange module operates in response to the access count for one of the components subject to wear reaching a first threshold to perform a data exchange in which data stored in a first storage area are exchanged with data stored is a second storage area. When the components subject to wear are the storage areas, the first storage area is the storage area whose access count reached the first threshold value, and the second storage area is a storage area whose access count is less than the first threshold value. When the components subject to wear are the read/write probes, the first storage area is the storage area accessed by the read/write probe whose access count reached the first threshold value, and the second storage area is a storage area accessed by a read/write probe whose access count is less than the first threshold value. An address conversion table rewriting module operates after each data exchange to rewrite part of an address conversion table to assign the physical addresses of the storage areas after the data exchange to logical addresses that correspond to the physical addresses of the storage areas before the data exchange.
    • 数据存储系统的使用寿命延长,其中读/写探针和存储区域中的一个或两个是由访问操作引起的磨损的组件。 访问计数器对每个受磨损的组件计数访问计数。 数据交换模块响应于磨损达到第一阈值的一个组件的访问次数进行操作,以执行数据交换,其中存储在第一存储区域中的数据与存储的数据交换为第二存储区域。 当被磨损的部件是存储区域时,第一存储区域是其访问次数达到第一阈值的存储区域,并且第二存储区域是其访问次数小于第一阈值的存储区域。 当受磨损的部件是读/写探针时,第一存储区域是由访问计数达到第一阈值的读/写探针访问的存储区域,并且第二存储区域是由读取访问的存储区域 /写入探针,其访问次数小于第一个阈值。 地址转换表重写模块在每次数据交换之后进行操作以重写地址转换表的一部分,以便在数据交换之后将存储区域的物理地址分配给与数据交换之前的存储区域的物理地址对应的逻辑地址。
    • 8. 发明授权
    • Method for expressing and restoring image data
    • 表示和恢复图像数据的方法
    • US5694331A
    • 1997-12-02
    • US323465
    • 1994-10-14
    • Akio YamamotoTakahiko Kamae
    • Akio YamamotoTakahiko Kamae
    • G01R31/00G06T3/00G06T9/00G06T9/20H04N1/41G06T1/00
    • G06T9/20H04N19/00H04N19/20
    • A method for expressing image data and for image restoration does not depend on the format of input/output devices, does not suffer from block distortion in the restored image, provides superior scale ability, and can be easily applied to motion pictures. The distribution of a pixel feature, such as luminance or chrominance, in a two dimensional (x,y) image space is expressed by contours, i.e. an isoluminance line or a line of equal color difference, on a curved surface with the feature along a z-axis. When restoring image data, regions between contours of the feature and regions in which peaks or saddles exist, even if the contours do not accompany them, are feature interpolated, and said curved surface is reproduced as a surface of a polyhedron, wherein the contour is a contour of a cross-sectional area of a curved surface that represents an image in x-y-z space in which the two-dimensional image on x-y plane is combined with the feature along the z-axis.
    • 用于表示图像数据和图像恢复的方法不依赖于输入/输出设备的格式,不会在恢复的图像中遭受块失真,提供优越的缩放能力,并且可以容易地应用于动态图像。 在二维(x,y)图像空间中的像素特征(诸如亮度或色度)的分布由具有沿着图像的特征的曲面上的轮廓线表示,即等离子体线或相等色差的线 z轴。 当恢复图像数据时,特征的轮廓之间的区域和存在峰值或鞍座的区域即使轮廓不伴随的区域也被内插,并且所述弯曲表面被再现为多面体的表面,其中轮廓是 曲面的横截面的轮廓表示xyz空间中的图像,其中XY平面上的二维图像沿着z轴与特征组合。