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    • 51. 发明授权
    • Liquid crystal display device with pixel electrode overlapping drain
wiring
    • 液晶显示装置与像素电极重叠排列接线
    • US5936685A
    • 1999-08-10
    • US607493
    • 1996-02-27
    • Masahiro ItoSusumu Ohi
    • Masahiro ItoSusumu Ohi
    • G02F1/1337G02F1/1362G02F1/1343
    • G02F1/136286G02F2001/13373
    • A gate electrode is disposed on a transparent insulating substrate, a gate wiring is connected to the gate electrode, and source and drain electrodes are disposed on a semiconductor thin film which is disposed on the gate electrode interposing an insulating film formed on the gate electrode, thereby forming a thin film transistor. In an active matrix type liquid crystal display device using this thin film transistor, a transparent pixel electrode connected to the source electrode is formed on the insulating film, and in a region where a drain wiring is adjacent to the transparent pixel electrode, the drain wiring is disposed under the insulating film on which the transparent pixel electrode is formed, whereby a lateral direction electric field caused by the drain wiring is reduced and reverse tilt region due to the lateral direction electric field is narrowed. Therefore, a penetration of a disinclination to the transparent pixel electrode is controlled so that an increase in an opening ratio can be achieved.
    • 栅电极设置在透明绝缘基板上,栅极布线与栅电极连接,源电极和漏电极设置在半导体薄膜上,该半导体薄膜设置在栅电极上,该绝缘膜上形成有形成在栅电极上的绝缘膜, 从而形成薄膜晶体管。 在使用该薄膜晶体管的有源矩阵型液晶显示装置中,在绝缘膜上形成与源电极连接的透明像素电极,在漏极配线与透明像素电极相邻的区域中, 设置在其上形成有透明像素电极的绝缘膜下方,由漏极布线引起的横向电场减小,并且由于横向电场引起的反向倾斜区域变窄。 因此,控制透明像素电极的渗透渗透,从而可以实现开口率的增加。
    • 52. 发明授权
    • Data receiving device
    • 数据接收装置
    • US5710800A
    • 1998-01-20
    • US558325
    • 1995-11-15
    • Masahiro Ito
    • Masahiro Ito
    • H04L13/18G06F13/38G10H7/00H04L29/14G06F13/00
    • G06F13/385
    • A data receiving device, applicable to a system which receives data sequentially transmitted thereto in a non-periodical manner under control of a host CPU, is configured by a receiving circuit, a counter circuit, a memory circuit and register circuits. A plurality of input data are sequentially supplied to the receiving circuit, so that the receiving circuit produces a strobe signal when receiving each input data. The counter circuit measures a receiving interval of time between moments of receiving two input data which are consecutively received by the receiving circuit. The memory circuit has specific storage capacity for storing predetermined sets of main data and time data, wherein the main data are extracted from the receiving circuit and the time data correspond to the receiving interval of time. Herein, the main data are stored with being related to the time data. If the storage capacity of the memory circuit is fully occupied by the predetermined sets of main data and time data, the memory circuit is put in a read state, so that the main data and time data are transferred to the register circuits in turn. The host CPU controls output timings by which the main data and time data are respectively outputted from the register circuits, so that the system can receive the main data together with the time data in a desired manner.
    • 数据接收装置由接收电路,计数器电路,存储器电路和寄存器电路构成,适用于在主机CPU的控制下以非周期的方式顺序发送的数据的系统。 多个输入数据被顺序提供给接收电路,使得接收电路在接收每个输入数据时产生选通信号。 计数器电路测量接收由接收电路连续接收的两个输入数据的时刻之间的接收时间间隔。 存储器电路具有用于存储预定的主数据集和时间数据的特定存储容量,其中从接收电路提取主数据,并且时间数据对应于接收时间间隔。 这里,与时间数据相关地存储主数据。 如果存储器电路的存储容量被预定的主数据集和时间数据完全占用,则存储电路被置于读取状态,使得主数据和时间数据依次传送到寄存器电路。 主机CPU控制从寄存器电路分别输出主数据和时间数据的输出定时,使得系统可以以期望的方式与时间数据一起接收主数据。
    • 53. 发明授权
    • Data transmission apparatus
    • 数据传输装置
    • US5598555A
    • 1997-01-28
    • US364359
    • 1994-12-27
    • Masahiro Ito
    • Masahiro Ito
    • G06F1/14H03M9/00
    • H03M9/00G06F1/14
    • A data transmission apparatus has a timer circuit disposed to have time data input thereto. The time data specifies a time interval of transmission of main data which forms parallel data together with the time data. The timer circuit counts the time interval specified by the time data input thereto to generate a time-up signal upon completion of counting the time interval, and has next one of the time data input thereto upon generation of the time-up signal. A transmission clock-generating circuit frequency-divides a predetermined system clock to generate a transmission clock signal, and is responsive to the time-up signal delivered from the timer circuit, for correcting the phase of the transmission clock signal. A serial data transmission circuit is responsive to the time-up signal delivered from the timer circuit, for having the parallel data input thereto, and for converting the parallel data into serial data, based on the transmission clock signal delivered from the transmission clock-generating circuit, to deliver the serial data.
    • 数据传输装置具有设置成具有输入时间数据的定时器电路。 时间数据指定与时间数据一起形成并行数据的主数据的发送的时间间隔。 定时器电路对由输入的时间数据指定的时间间隔进行计数,以在完成对时间间隔的计数之后产生时间上升信号,并且在产生时间信号时具有输入到其中的下一个时间数据。 传输时钟产生电路对预定的系统时钟进行频率分频以产生传输时钟信号,并且响应于从定时器电路传送的时间信号,以校正传输时钟信号的相位。 串行数据传输电路响应于从定时器电路传送的时间信号,用于使并行数据输入到其中,并且用于将并行数据转换为串行数据,基于从发送时钟产生的传输时钟信号 电路,提供串行数据。
    • 56. 发明授权
    • Primer composition
    • 主要成分
    • US5109057A
    • 1992-04-28
    • US550674
    • 1990-07-10
    • Shingo TsunoMasahiro Ito
    • Shingo TsunoMasahiro Ito
    • C09D5/00C08G18/80C09J5/02C09J11/06C09J175/04C09J201/00
    • C08G18/809C08G18/8012C09J5/02
    • Primer composition comprising a silane coupling agent, an alkoxysilylated NCO-containing urethane prepolymer which is prepared by reacting a polyisocyanate with a diol to give an NCO-containing urethane prepolymer, and reacting the resulting NCO-containing urethane prepolymer with a trialkoxysilane having a functional group active to NCO group wherein a part of whole of the remaining NCO groups of the high molecular weight polyisocyanate are reacted with the silane. Said primer composition has excellent plasticizer resistance, solvent resistance and film-forming properties and further improved adhesin properties to glass, metals, ceramics, and is useful as a primer for various adhesives, particularly for applying to glass, metals, and ceramics.
    • 含有硅烷偶联剂,烷氧基甲硅烷基化NCO的氨基甲酸酯预聚物的底漆组合物,其通过使多异氰酸酯与二醇反应得到含有NCO的氨基甲酸酯预聚物,使得到的含有NCO的氨基甲酸酯预聚物与具有官能团的三烷氧基硅烷 活性至NCO基团,其中高分子量多异氰酸酯的剩余NCO基团的全部的一部分与硅烷反应。 所述底漆组合物具有优异的耐增塑剂性,耐溶剂性和成膜性,并且进一步提高了对玻璃,金属,陶瓷的粘合剂性能,并且可用作各种粘合剂的底漆,特别适用于玻璃,金属和陶瓷。
    • 60. 发明授权
    • Method of processing gradation information
    • 处理灰度信息的方法
    • US4675831A
    • 1987-06-23
    • US646504
    • 1984-08-31
    • Masahiro ItoNoboru Murayama
    • Masahiro ItoNoboru Murayama
    • G06T3/40G06T5/00H04N1/393H04N1/40H04N1/405
    • H04N1/4058
    • A mother matrix pattern MMP is divided into (m.times.n) child matrix patterns CMP.sub.11 -CMP.sub.mn comprising m patterns in the main scanning direction and n patterns in the sub-scanning direction, where the first foot-character denotes the position of each child matrix pattern within the mother matrix pattern in the main scanning direction and the latter foot-character denotes the position thereof in the sub-scanning direction, the mother matrix pattern being expressed by; ##EQU1## and image information corresponding to one mother matrix pattern is obtained with (m.times.n) gradation data ##EQU2## comprising ICD.sub.11 -ICD.sub.mn similarly, information of the child matrix pattern CMP.sub.ij in the mother matrix pattern specified with the gradation data ICD.sub.ij is obtained as information in the form of bit distribution for the gradation data ICD.sub.ij. In other words, the position of each of the child matrix patterns for obtaining image information in accordance with both array of one mother matrix pattern and (m.times.n) gradation data is located in a position corresponding to the position of the gradation data within the mother matrix pattern. The reproduced image is thus formed in such a fashion that (m.times.n) child matrix patterns having information of the respective mother matrix patterns in accordance with the respective gradation data and locating in predetermined positions to constitute one mother matrix pattern are arrayed in an area of the reproduced image corresponding to one mother matrix pattern.
    • 母矩阵模式MMP被划分为包括主扫描方向上的m个图案和副扫描方向上的n个图案的(m×n)个子矩阵图案CMP11-CMPmn,其中第一脚标表示每个子矩阵图案的位置 在主扫描方向上的母矩阵图案和后面的字母表示其在副扫描方向上的位置,母矩阵图案表示为: 使用包含ICD11-ICDmn的(m×n)个灰度数据类似地获得与一个母矩阵模式相对应的图像信息,获得由灰度数据ICDij指定的母矩阵模式中的子矩阵模式CMPij的信息为 灰度数据ICDij的位分配形式的信息。 换句话说,用于根据一个母矩阵模式和(m×n)灰度数据的两个阵列获得图像信息的每个子矩阵模式的位置位于与母矩阵内的灰度数据的位置相对应的位置 模式。 这样形成再现图像,使得(m×n)个子矩阵图案具有根据各个灰度数据的相应母矩阵图案的信息,并且定位在预定位置以构成一个母矩阵图案,排列在 对应于一个母矩阵图案的再现图像。