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    • 42. 发明授权
    • Apparatus and method for generating memory access signals, and memory accessed using said signals
    • 用于产生存储器访问信号的装置和方法,以及使用所述信号访问的存储器
    • US06944088B2
    • 2005-09-13
    • US10262500
    • 2002-09-30
    • Toru AsanoSang Hoo DhongJoel Abraham SilbermanOsamu Takahashi
    • Toru AsanoSang Hoo DhongJoel Abraham SilbermanOsamu Takahashi
    • G06F9/355G06F12/08G11C8/10G11C8/00
    • G06F9/355G06F12/0895G11C8/10
    • A sum decoder is disclosed including multiple sum predecoders, a carry generator, and multiple rotate logic units. Each sum predecoder receives multiple bit pairs of non-overlapping segments of a first and second address signal, and produces an input signal dependent upon the bit pairs. The carry generator receives a lower-ordered portion of the first and second address signals, and generates multiple carry signals each corresponding to a different one of the sum predecoders. Each rotate logic unit receives the input signal produced by a corresponding sum predecoders and a corresponding one of the carry signals, rotates the bits of the input signal dependent upon the carry signal, and produces either the input signal or the rotated input signal as an output signal. A memory is described including the sum decoder, a final decode block, and a data array. The final decode block performs logical operations on the output signals of the sum decoder to produce selection signals. Each of the selection signals activates a word line of the data array. A method is disclosed for producing signals for accessing a memory. Highest ordered portions of the first and second address signals are divided into multiple non-overlapping segments. An input signal (i.e., an I term) is generated for each of the segments, as is a carry signal. For each of the segments, when the corresponding carry signal is set, the corresponding I term is rotated one bit position. The I terms are produced as the signals.
    • 公开了一种和解解码器,其包括多个和预测解码器,进位发生器和多个旋转逻辑单元。 每个和预解码器接收第一和第二地址信号的非重叠段的多个比特对,并且根据比特对产生输入信号。 进位发生器接收第一和第二地址信号的低阶部分,并且产生每个对应于预测解码器中的不同一个的多个进位信号。 每个旋转逻辑单元接收由相应的和预测码器和相应的一个进位信号产生的输入信号,根据进位信号旋转输入信号的位,并产生输入信号或旋转的输入信号作为输出 信号。 描述包括和解码器,最终解码块和数据阵列的存储器。 最终解码块对和解码器的输出信号执行逻辑运算以产生选择信号。 每个选择信号激活数据阵列的字线。 公开了一种用于产生访问存储器的信号的方法。 第一和第二地址信号的最高有序部分被分成多个非重叠段。 对于每个段产生输入信号(即I项),进位信号也是如此。 对于每个段,当相应的进位信号被设置时,对应的I项被旋转一位位置。 我的条款是作为信号产生的。
    • 43. 发明申请
    • Image reading apparatus
    • 图像读取装置
    • US20050162708A1
    • 2005-07-28
    • US11041255
    • 2005-01-25
    • Osamu Takahashi
    • Osamu Takahashi
    • H04N1/19H04N1/393H04N1/40
    • H04N1/40068
    • The image reading apparatus comprising an image sensor with plurality of reading devices one-dimensionally aligned in a main scanning direction allows reducing memory space necessary for image reduction process. Pixel signals in each channel read by a line image sensor are converted into pixel data in AFE, valid pixel data are captured therefrom, and then inputted into a reduction process unit. The reduction process unit skips pixel data sequentially inputted therein with predetermined intervals based on preset data reduction rate. Subsequently, pixel data after reduction process, that is only unskipped pixel data, are written into a memory via writing unit and memory control unit.
    • 包括具有在主扫描方向上一维排列的多个读取装置的图像传感器的图像读取装置允许减少图像缩小处理所需的存储空间。 通过线图像传感器读取的每个通道中的像素信号被转换成AFE中的像素数据,从其中捕获有效像素数据,然后输入到缩小处理单元。 缩小处理单元基于预设的数据缩小率,以预定间隔跳过依次输入的像素数据。 随后,经过写入单元和存储器控制单元,将还原处理后的像素数据(即只有非贴片像素数据)写入存储器。
    • 47. 发明授权
    • Writing utensils
    • 书写用具
    • US06447193B1
    • 2002-09-10
    • US09722424
    • 2000-11-28
    • Hidehei KageyamaOsamu Takahashi
    • Hidehei KageyamaOsamu Takahashi
    • B43K516
    • B43K24/08
    • A writing utensil includes an external cylinder, a lead feeding mechanism housed in the external cylinder and propelling a lead forward, and a rear-end knocking member movable in conjunction with the lead feeding mechanism in an axial direction. The rear-end knocking member is integrally formed and includes a cylindrical section, a clip section, and a connecting section. The cylindrical section has a central hole into which the rear end of a lead case of the lead feeding mechanism is inserted and in which the rear of the cylindrical section protrudes from the rear end of the external cylinder. A clip section extends outside and along the external cylinder in an axial direction and a connecting section passing through a stem hole formed in the rear side face of the external cylinder for connecting the cylindrical section and the clip section together.
    • 书写用具包括:外筒,容纳在外筒中的引线供给机构,并且向前推进前端;以及后端敲击构件,其可与引线供给机构一起沿轴向移动。 后端敲击构件一体形成并且包括圆柱形部分,夹子部分和连接部分。 圆柱形部分具有中心孔,引线进给机构的引导壳体的后端插入其中,圆柱形部分的后部从外部圆筒的后端突出。 夹子部分沿着轴向延伸到外部圆柱体外部,并且穿过形成在外部圆筒的后侧面中的杆孔的连接部分,用于将圆柱形部分和夹子部分连接在一起。
    • 49. 发明授权
    • Self-resetting circuit timing correction
    • 自复位电路定时校正
    • US06232798B1
    • 2001-05-15
    • US09457938
    • 1999-12-09
    • Paula Kristine CoulmanSang Hoo DhongJoel Abraham SilbermanOsamu Takahashi
    • Paula Kristine CoulmanSang Hoo DhongJoel Abraham SilbermanOsamu Takahashi
    • H03K1900
    • H03K19/0966
    • A system and method with a self-reset circuit for synchronizing an input data path with a timing control path. The self-resetting circuit includes a normal-mode input detect circuit which detects an arrival of data from the input data path into the self-reset circuit and generates a normal-mode control signal in response thereto. The self-resetting circuit also includes a delay-mode input detect circuit for detecting the arrival of the data from the input data path and which generates a delay-mode control signal in response thereto. A toggle circuit is provided for disabling the normal-mode input detect circuit while simultaneously enabling the delay-mode input detect circuit. In response to the toggle circuit disabling the normal-mode input detect circuit, the delay-mode control signal propagates through a delay gate, such that said delay-mode control signal synchronizes said timing control path with respect to said data input path.
    • 一种具有用于使输入数据路径与定时控制路径同步的自复位电路的系统和方法。 自复位电路包括正常模式输入检测电路,其检测数据从输入数据路径到达自复位电路,并响应于此产生正常模式控制信号。 自复位电路还包括延迟模式输入检测电路,用于检测来自输入数据路径的数据的到达并响应于此生成延迟模式控制信号。 提供了一种切换电路,用于在同时使能延迟模式输入检测电路的同时禁用正常模式输入检测电路。 响应于切换电路禁用正常模式输入检测电路,延迟模式控制信号通过延迟门传播,使得所述延迟模式控制信号使所述定时控制路径相对于所述数据输入路径同步。
    • 50. 发明授权
    • High speed incrementer with array method
    • 具有阵列方法的高速增量器
    • US5877972A
    • 1999-03-02
    • US783979
    • 1997-01-15
    • Naoaki AokiOsamu TakahashiJoel Abraham SilbermanSang Hoo Dhong
    • Naoaki AokiOsamu TakahashiJoel Abraham SilbermanSang Hoo Dhong
    • G06F7/38G06F7/50G06F7/505G06F7/508
    • G06F7/5055
    • A high-speed incrementer array for incrementing a data input value by a binary one, wherein the data input value comprises a plurality of input bit values. The incrementer array includes a plurality of word lines, bit-line pairs, and sense amplifiers. The input bit values are received as a plurality of complement input signals and a plurality of true input signals. The complement input signals are transmitted on the plurality of word lines that form the rows of the array. Each one of plurality of bit-line pairs is located in a respective column of the array and is coupled to particular ones of the word lines in the rows of the array. Each one of the plurality of sense amplifiers is coupled to a respective bit-line pair for sensing a voltage difference between the bit-line pair, such that the bit-line pair and the sense amplifier perform a logical NOR of the complement input signals to produce a NOR output. Each one of the plurality of exclusive-or gates is coupled to a respective NOR output and to a particular one of the true input signals for generating an incremented output signal.
    • 一种用于将数据输入值递增二进制数据的高速递增器阵列,其中数据输入值包括多个输入位值。 增量器阵列包括多个字线,位线对和读出放大器。 输入位值被接收为多个补码输入信号和多个真实输入信号。 补码输入信号在形成阵列行的多条字线上传输。 多个位线对中的每一个位于阵列的相应列中并且耦合到阵列的行中的特定字线。 多个读出放大器中的每一个耦合到相应的位线对,用于感测位线对之间的电压差,使得位线对和读出放大器执行补码输入信号的逻辑或 产生NOR输出。 多个异或门中的每一个被耦合到相应的或非输出和真实输入信号中的特定一个以产生增加的输出信号。