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. 发明授权
    • Digital video signal recording system and reproducing apparatus
    • 数字视频信号记录系统和再现装置
    • US4520401A
    • 1985-05-28
    • US485054
    • 1983-04-14
    • Nobuaki TakahashiSeiichi TakashimaTakeshi ShibamotoFujio SuzukiKoji TanakaMitsuo KuboHiroyuki SugiyamaYoshiaki AmanoMitsuru Kikuchi
    • Nobuaki TakahashiSeiichi TakashimaTakeshi ShibamotoFujio SuzukiKoji TanakaMitsuo KuboHiroyuki SugiyamaYoshiaki AmanoMitsuru Kikuchi
    • H04N9/79H04N9/804H04N9/877H04N5/76
    • H04N9/877H04N9/7925H04N9/804G11B2220/20
    • A digital video signal recording system and reproducing apparatus comprise a circuit for independently subjecting a luminance signal and two kinds of color difference signals of a color picture information to digital pulse modulation, to produce a digital luminance signal and two kinds of digital color difference signals, a circuit for dividing the digital luminance signal and the two kinds of digital color difference signals into picture element data groups, in terms of specific number of rows or columns which are adjacent on a screen, and adding a header signal at least comprising a synchronizing signal, a picture mode identification code, and a picture information quantity identification code to a beginning position of each of the divided picture element data groups comprising the digital luminance signal and the two kinds of digital color difference signals, to produce a digital video signal having a signal format in which the digital luminance, the two kinds of digital color difference signals, and the header signal are time-sequentially multiplexed, a circuit for recording the digital video signal onto a recording medium, a circuit for writing each of the divided picture element data groups picked up and reproduced from the recording medium into a memory circuit according to codes within the header signal, and a circuit for producing an analog video signal in accordance with a standard television system from picture element data read out from the memory circuit.
    • 数字视频信号记录系统和再现装置包括用于独立地对亮度信号和彩色图像信息的两种色差信号进行数字脉冲调制的电路,以产生数字亮度信号和两种数字色差信号, 根据在屏幕上相邻的特定数量的行或列,将数字亮度信号和两种数字色差信号分割为像素数据组的电路,以及添加至少包括同步信号的标题信号 ,图像模式识别码,以及图像信息量识别码,包括数字亮度信号和两种数字色差信号的每个分割图像元素数据组的开始位置,以产生具有 信号格式其中数字亮度,两种数字色差 并且头信号被时间顺序复用,用于将数字视频信号记录到记录介质上的电路,用于将从记录介质拾取和再现的每个划分的图像元素数据组写入存储电路的电路 根据标题信号中的代码,以及根据从存储器电路读出的图像元素数据根据标准电视系统产生模拟视频信号的电路。
    • 5. 发明授权
    • Amplifier circuit and light receiving apparatus
    • 放大器电路和光接收装置
    • US07323938B2
    • 2008-01-29
    • US11282480
    • 2005-11-21
    • Mitsuru Kikuchi
    • Mitsuru Kikuchi
    • H03F3/08
    • H03F3/087
    • An amplifier 11 to which transistors 13 and 14 functioning as variable resistors are connected in parallel is used. A burst signal is received by a light receiving element 10 and the received signal is converted into an input current signal Iin. The input current signal Iin is converted in the amplifier 11 into an output voltage Vo. Determination is made in a determining circuit 20 as to whether the output voltage Vo exceeds a current voltage V1 which is a threshold. The result of determination is stored in a register circuit 15. Based on the result of determination outputted from the register circuit 15, a desired voltage is selected from among a number of voltages generated beforehand in a control voltage generating circuit. The selected voltage is used to generate a control voltage Vg1 or Vg2 to be applied to the transistors 13 and 14; and the generated control voltage Vg1 or Vg2 is inputted to the transistor 13 or 14 of the amplifier 11.
    • 使用并联连接作为可变电阻器的晶体管13和14的放大器11。 信号由光接收元件10接收,接收信号被转换为输入电流信号Iin。 输入电流信号Iin在放大器11中被转换为输出电压Vo。 在确定电路20中确定输出电压Vo是否超过作为阈值的电流电压V 1。 确定结果存储在寄存器电路15中。 基于从寄存器电路15输出的确定结果,从控制电压产生电路中预先产生的多个电压中选择期望的电压。 选择的电压用于产生施加到晶体管13和14的控制电压Vg ​​1或Vg 2; 并且所产生的控制电压Vg ​​1或Vg 2被输入到放大器11的晶体管13或14。
    • 6. 发明授权
    • Double-surface machining system
    • 双面加工系统
    • US5921729A
    • 1999-07-13
    • US880160
    • 1997-06-24
    • Mitsuru KikuchiKoya WatanabeYutaka NodaMasanao Shibui
    • Mitsuru KikuchiKoya WatanabeYutaka NodaMasanao Shibui
    • B23C3/12B23Q7/05B23Q39/02B23C9/00
    • B23Q39/026B23C3/12B23Q7/055Y10T409/304144Y10T409/304256Y10T409/305208Y10T409/307784
    • A double surface machining system for machining both side surfaces of a workpiece comprises, in an operational state, a pair of upper and lower spindle heads to be vertically positioned and driven, respectively, a pair of upper and lower spindles provided for the upper and lower spindle heads, respectively, in parallel to each other, to be rotatable about horizontal axes thereof, the upper and lower spindles having front ends to which tools are mounted, respectively, a pair of upper and lower workpiece supports for supporting the workpiece therebetween, which are vertically positioned and driven on one side of the upper and lower spindle heads as viewed from a workpiece feed direction, respectively, and another pair of upper and lower workpiece supports for supporting the workpiece therebetween, which are vertically positioned and driven on another one side of the upper and lower spindle heads as viewed from a workpiece feed direction, respectively. According to this structure, both the side surfaces of the workpiece are subjected to machining working simultaneously by the tools mounted to the respective spindles with being supported by the paired workpiece supports on both the sides of the spindle heads.
    • 用于加工工件的两个侧面的双面加工系统在工作状态下包括一对上下主轴头,分别垂直定位和驱动一对上下轴, 主轴头分别彼此平行地围绕其水平轴线旋转,上下主轴分别具有安装工具的前端,一对上下工件支撑件,用于在其间支撑工件,其中 分别从工件进给方向观察时在上下主轴头的一侧上垂直定位和驱动,另一对上下工件支撑件用于支撑其间的工件,其在另一侧垂直定位和驱动 分别从工件进给方向观察上下主轴头。 根据该结构,通过在主轴头的两侧由成对的工件支承件支撑,通过安装在各个主轴上的工具同时对工件的两个侧面进行加工。
    • 7. 发明授权
    • System for obtaining synchronized reproduction from a plurality of
reproducing apparatuses
    • 用于从多个再现装置获得同步再现的系统
    • US4450490A
    • 1984-05-22
    • US315082
    • 1981-10-26
    • Yasuhiko FujiiMitsuru KikuchiHiroyuki Saito
    • Yasuhiko FujiiMitsuru KikuchiHiroyuki Saito
    • G11B5/02G11B15/00G11B20/00G11B20/02G11B20/10G11B27/00G11B27/10G11B27/30G11B31/00G11B27/02G11B15/46
    • G11B15/005G11B27/002G11B27/10G11B27/3027G11B31/00G11B5/02G11B2220/90
    • A system for obtaining synchronized reproduction from a plurality of reproducing apparatuses by obtaining mutually synchronized reproduced signals from a plurality of reproducing apparatuses, where the plurality of reproducing apparatuses respectively reproduces recorded signals from a recording medium in which mutually identical address signals are recorded for each predetermined data signal block. The system for obtaining synchronized reproduction comprises a control circuit for controlling reproducing operations of the plurality of reproducing apparatuses so that one reproducing apparatus with respect to the other reproducing apparatus of the plurality of reproducing apparatuses performs reproduction in a state advanced by a predetermined quantity on the recording medium, a detection circuit for comparing and detecting a difference between address signals reproduced by the plurality of reproducing apparatuses, and a memory device controlled for writing-in and reading-out operations by a detection output from the detection means, for producing a reproduced signal from the one advanced reproducing apparatus after delaying the reproduced signal so as to be in synchronism with a reproduced signal from the other reproducing apparatus.
    • 一种用于通过从多个再现装置获得相互同步的再现信号来获得来自多个再现装置的同步再现的系统,其中所述多个再现装置分别从其中记录相互相同的地址信号的每个预定的记录介质的记录介质再现记录信号 数据信号块。 用于获得同步再现的系统包括用于控制多个再现装置的再现操作的控制电路,使得相对于多个再现装置中的另一再现装置的一个再现装置在预定量的状态下执行再现 记录介质,用于比较和检测由多个再现装置再现的地址信号之间的差异的检测电路和通过检测装置的检测输出被控制用于写入和读出操作的存储器件,用于产生再现的 在延迟再现信号之后,来自一个高级再现装置的信号与来自另一再现装置的再现信号同步。
    • 10. 发明申请
    • Amplifier circuit and light receiving apparatus
    • 放大器电路和光接收装置
    • US20060109057A1
    • 2006-05-25
    • US11282480
    • 2005-11-21
    • Mitsuru Kikuchi
    • Mitsuru Kikuchi
    • H03F3/08
    • H03F3/087
    • An amplifier 11 to which transistors 13 and 14 functioning as variable resistors are connected in parallel is used. A burst signal is received by a light receiving element 10 and the received signal is converted into an input current signal Iin. The input current signal Iin is converted in the amplifier 11 into an output voltage Vo. Determination is made in a determining circuit 20 as to whether the output voltage Vo exceeds a current voltage V1 which is a threshold. The result of determination is stored in a register circuit 15. Based on the result of determination outputted from the register circuit 15, a desired voltage is selected from among a number of voltages generated beforehand in a control voltage generating circuit. The selected voltage is used to generate a control voltage Vg1 or Vg2 to be applied to the transistors 13 and 14; and the generated control voltage Vg1 or Vg2 is inputted to the transistor 13 or 14 of the amplifier 11.
    • 使用并联连接作为可变电阻器的晶体管13和14的放大器11。 信号由光接收元件10接收,接收信号被转换为输入电流信号Iin。 输入电流信号Iin在放大器11中被转换为输出电压Vo。 在确定电路20中确定输出电压Vo是否超过作为阈值的电流电压V 1。 确定结果存储在寄存器电路15中。 基于从寄存器电路15输出的确定结果,从控制电压产生电路中预先产生的多个电压中选择期望的电压。 选择的电压用于产生施加到晶体管13和14的控制电压Vg ​​1或Vg 2; 并且所产生的控制电压Vg ​​1或Vg 2被输入到放大器11的晶体管13或14。