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
    • 1. 发明申请
    • INFORMATION PROCESSOR
    • 信息处理器
    • WO1997039423A1
    • 1997-10-23
    • PCT/JP1996001044
    • 1996-04-17
    • HITACHI, LTD.HATAYA, ShigekiASAMA, HajimeTOMITA, HiromiITO, JunYAMAUCHI, TsukasaNAKAJIMA, Akira
    • HITACHI, LTD.
    • G06K09/72
    • G06K9/00429
    • An information processor which recognizes characters handwritten on the surface of a tablet-like plate based on the handwriting and strokes and searches a dictionary for the characters and words as the notation to convert them into a mixed character string of KANA and KANJI. The information processor is provided with a same-shape character conversion dictionary (8) which stores the characters having shapes which are the same as or similar to that of the character recognized by a character recognizing means (2). When another character having the same or similar shape as or to the recognized character exists, the dictionary (8) is searched for the another character, and the searched another character and a character or word, as the notation, corresponding to the recognized character, are retrieved from a mixed writing conversion dictionary (7) by a same-shaped character collectively retrieving means. The information processor then converts the character or word retrieved by the retrieving means (5) into a KANA-KANJI mixed character string by means of a mixed writing converting means (3) and displays the character string on a displaying means (4).
    • 一种信息处理器,其基于手写和笔画识别在平板状平板的表面上手写的字符,并且搜索用于字符和单词的字典作为将其转换成KANA和KANJI的混合字符串的符号的信息处理器。 该信息处理器设置有相同形状的字符转换字典(8),其存储具有与由字符识别装置(2)识别的字符相同或类似的形状的字符。 当存在与识别字符相同或相似形状的另一个字符时,搜索字典(8)中的另一个字符,并且搜索到的另一个字符和与识别的字符对应的符号的字符或字, 通过相同字符集合检索装置从混合写入转换字典(7)中检索。 然后,信息处理器通过混合写入转换装置(3)将由检索装置(5)检索到的字符或字符转换成KANA-KANJI混合字符串,并将该字符串显示在显示装置(4)上。
    • 2. 发明申请
    • SEMICONDUCTOR INTEGRATED CIRCUIT AND DATA PROCESSING SYSTEM
    • 半导体集成电路和数据处理系统
    • WO1999016175A1
    • 1999-04-01
    • PCT/JP1997003367
    • 1997-09-24
    • HITACHI, LTD.OZAWA, ToshimitsuKANEKO, KenjiKOJIMA, HirotsuguYAMAUCHI, TsukasaKATAYAMA, Yukari
    • HITACHI, LTD.
    • H03M13/00
    • H03M13/47G06F7/724H03M13/15
    • A semiconductor integrated circuit including a Galois multiplier which enables multiplication using a plurality of different primitive polynominals. The semiconductor integrated circuit (1) includes a Galois multiplier (2) which is used for Galois multiplication of the elements of a Galois field GF(2 ). The coefficients (5, 4) of the elements of the Galois field GF(2 ) which are the multiplier and the multiplicand and the coefficients (6) of the primitive polynominals are inputted to the Galois multiplier. The coefficients are arithmetically operated for different primitive polynominals with the same hardware to obtain Galois multiplication results. A coefficient setting means (3) which supplies the coefficients of the primitive polynominals of the Galois field GF(2 ) is provided. With this constitution, the Galois multiplier can perform multiplication on the Galois field corresponding to the primitive polynominals supplied by the coefficient setting means. The semiconductor integrated circuit, therefore, can be versatilely applied to encoding or decoding of the error correction codes of the different Galois fields which are defined for the different primitive polynominals respectively.
    • 包括Galois乘法器的半导体集成电路,其能够使用多个不同的基本多项式进行乘法。 半导体集成电路(1)包括Galois乘法器(2),其用于伽罗瓦域GF(2n)的元素的伽罗瓦乘法。 作为乘法器和被乘数的伽罗瓦域GF(2n)的元素的系数(5,4)和原始多项式的系数(6)被输入到伽罗瓦乘法器。 对于具有相同硬件的不同原始多项式,系数被算术运算以获得Galois乘法结果。 提供了提供伽罗瓦域GF(2 )的原始多项式的系数的系数设置装置(3)。 利用这种结构,伽罗瓦乘法器可以对与由系数设置装置提供的原始多项式相对应的伽罗瓦域进行乘法运算。 因此,半导体集成电路可以通用地分别应用于为不同的原始多项式定义的不同伽罗瓦域的纠错码的编码或解码。
    • 3. 发明申请
    • IMAGE PICK-UP SYSTEM
    • 图像拾取系统
    • WO1998042125A1
    • 1998-09-24
    • PCT/JP1997000912
    • 1997-03-19
    • HITACHI, LTD.SHIMIZU, HiroshiNISHIMURA, RyujiNAKAJIMA, AkiraKUWABARA, Tadashi
    • HITACHI, LTD.
    • H04N05/225
    • H04N1/486H04N9/045H04N2209/049
    • Line drawing information expressed by characters and lines can be captured with an image scanner only when the information is printed on a sheet of paper having an appropriate size and the user can directly handle the paper. When the information is posted on a display panel or a wall, the acquisition of the information is impossible. Line drawings are different from ordinary video image in that the drawings are monochromic, their gradations are binarized, and their spatial frequencies are high. In order to input line drawings having these features, the image pick-up system of an electronic camera is provided with a mode switching means for monochromic high-resolution input, a means which converts picked-up line drawing information into monochromic binarized vector information, and a means which switches these two means at once at the time of picking up line drawing information.
    • 只有当信息被打印在具有适当尺寸的纸张上并且用户可以直接处理纸张时,才能用图像扫描仪捕获由字符和线表示的线条图。 当信息发布在显示面板或墙壁上时,信息的获取是不可能的。 线图与普通视频图像不同,因为图纸是单色的,它们的灰度被二值化,并且它们的空间频率高。 为了输入具有这些特征的线条图,电子照相机的图像拾取系统设置有用于单色高分辨率输入的模式切换装置,将拾取线描绘信息转换为单色二值化矢量信息的装置, 以及在拾取线条图画信息时立即切换这两种装置的装置。
    • 4. 发明申请
    • MULTI-PROJECTION IMAGE DISPLAY DEVICE
    • 多投影图像显示装置
    • WO1999031877A1
    • 1999-06-24
    • PCT/JP1997004588
    • 1997-12-12
    • HITACHI, LTD.YAMASAKI, MasamiTAKEDA, Haruo
    • HITACHI, LTD.
    • H04N05/74
    • H04N9/3147H04N9/12
    • A multi-projection image display device using a plurality of image projectors to form one picture on a screen, in which images projected from the projectors are smoothly connected with one another, so that seams of the images do not appear conspicuously. The image display device has projectors (0121, 0122, 0123, 0124) and a screen (0140) laid out in such a manner that maximum image projection ranges (0151, 0152, 0153, 0154) of the respective projectors ovelap the adjacent ranges. An image signal control unit (0110) for processing an image signal supplied from an external image input (0180) has, therein, a member for cutting out a partial image area dealt with by each projector, an image converting member for performing geometric transformation and local color correction of the partial image, and an arithmetic control member for controlling the image converting member on the basis of image information inputted from a screen state monitor camera (0130). With this structure, smoothing of the seams between the images may be realized simply by image signal processing, and precise adjustment of the optical system of the projectors becomes unnecessary.
    • 一种多投影图像显示装置,其使用多个图像投影仪在屏幕上形成一个图像,其中从投影仪投影的图像彼此平滑地连接,使得图像的接缝不显着。 图像显示装置具有投影仪(0121,0122,0123,0124)和以相应投影仪的最大图像投影范围(0151,022,033,0154)相邻范围的方式布置的屏幕(0140)。 一种用于处理从外部图像输入(0180)提供的图像信号的图像信号控制单元(0110),其中具有用于切割由每个投影仪处理的部分图像区域的部件,用于执行几何变换的图像转换部件, 部分图像的局部颜色校正,以及用于基于从屏幕状态监视摄像机(0130)输入的图像信息来控制图像转换部件的运算控制部件。 利用这种结构,可以简单地通过图像信号处理来实现图像之间的接缝的平滑化,并且不需要投影仪的光学系统的精确调整。
    • 6. 发明申请
    • METHOD FOR DEVELOPING SYSTEM BOARD
    • 开发系统板的方法
    • WO1999031608A1
    • 1999-06-24
    • PCT/JP1997004620
    • 1997-12-16
    • HITACHI, LTD.SHIMIZU, IsaoSATOU, Masayuki
    • HITACHI, LTD.
    • G06F17/50
    • G06F17/5022
    • A method for developing a system board using a semiconductor integrated circuit device, wherein the development of a system board is made before the development of the circuit device used for the system board is actually acquired by verifying (S31 and S32) whether or not the system board meets the target specifications of the system board by carrying out simulation using a device model in which the functions of the circuit device are modeled by using a function describing language in such a way that the target specifications of the circuit device can be met and the description of the state of the external interface of the circuit device defined conformable to the target specifications. Since the device model in which the functions of the circuit device are described meets the target specifications of the circuit device, the device model is simulated together with the description of the interface state, whether or not the circuit part related to the description of the state of the interface, namely, the interface with the circuit device is appropriate can be verified from the results of the simulation, and the design of the system board can be carried out before the completion of the development of the circuit device or the device is acquired.
    • 一种用于使用半导体集成电路器件开发系统板的方法,其中系统板的开发是在通过验证(S31和S32)是否实际获取用于系统板的电路器件的开发之前进行的(S31和S32) 通过使用使用功能描述语言来对电路装置的功能进行建模的装置模型进行仿真来实现系统板的目标规格,使得可以满足电路装置的目标规格和 描述符合目标规格的电路设备外部接口的状态。 由于描述了电路装置的功能的装置模型符合电路装置的目标规格,因此将与接口状态的描述一起模拟装置模型,无论电路部分是否与状态描述相关 的接口,即与电路设备的接口是合适的,可以从仿真结果中验证,并且系统板的设计可以在完成电路设备或设备的开发之前进行 。
    • 10. 发明申请
    • OPTICAL COMMUNICATION EQUIPMENT AND SYSTEM
    • 光通信设备和系统
    • WO1999016193A1
    • 1999-04-01
    • PCT/JP1997003337
    • 1997-09-19
    • HITACHI, LTD.KIMURA, YoshinobuMIYAO, MasanobuNAKAGAWA, KiyokazuSUGII, NobuyukiMARUIZUMI, Takuya
    • HITACHI, LTD.
    • H04B10/12
    • H04B10/564G02B6/3636G02B6/3652G02B6/4202H01S5/0262H01S5/0264H01S5/0425H01S5/1228H04B10/291H04B10/504
    • Optical signal communication equipment and optical communication system which can be suitably used even when the transmitting speed and capacity of information transmitted by using optical signals are increased. On the optical signal transmitting side, signal light is generated by causing induced emission in an active medium by supplying exciting light to the medium in accordance with transmitting signals. The exciting light is supplied to the active medium in such a way that naturally emitted light is made incident to a semiconductor layer and the component of the light having a specific wavelength is Bragg-reflected by modulating the refractive index of the semiconductor layer by impressing the voltage pulse correspdoning to the transmitting information upon the semiconductor layer, and then, the reflected light is supplied to the medium as the exciting light. Since the Bragg reflection and associated induced emission show excellent responsiveness to voltage signals having pulses widths of 1x10 second on shorter, an optical communication system which can transmit optical signals at a transmitting speed of up to 100 Gb/s can be realized.
    • 即使当使用光信号发送的信息的发送速度和容量增加时,也可适当使用的光信号通信设备和光通信系统。 在光信号发送侧,根据发送信号,通过向有源介质引起感应发射,向介质供给激励光,从而产生信号光。 将激发光以这样的方式提供给有源介质,使得自然发射的光入射到半导体层,并且具有特定波长的光的分量通过调制半导体层的折射率而被布拉格反射, 电压脉冲对应于半导体层上的发送信息,然后将反射光作为激发光提供给介质。 由于布拉格反射和相关联的感应发射对较短的具有1×10 -9秒的脉冲宽度的电压信号具有优异的响应性,因此可以实现以高达100Gb / s的发送速度传输光信号的光通信系统 。