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
    • 91. 发明专利
    • Solid-state image pickup device
    • 固态图像拾取器件
    • JPS59107687A
    • 1984-06-21
    • JP21682382
    • 1982-12-13
    • Hitachi Ltd
    • IZUMIDA MORIJINISHIZAWA SHIGEKIOZAWA NAOKIAKIYAMA TOSHIYUKINAGAHARA SHIYUUSAKU
    • H04N5/30H04N5/335H04N5/359H04N5/3725H04N5/3728H04N5/374
    • H04N5/30
    • PURPOSE:To reduce the vertical smear by integrating a vertical component of an object to form its image on an one-dimensional solid-state image pickup element and scanning a two-dimensional and the dimensional solid-state image pickup elements at the same time so as to subtract their outputs. CONSTITUTION:Light being made to incident through a lens 10 is divided into two at a half mirror 11 and the light quantity is set as, e.g., 90% for the two- dimensional solid-state image pickup element 12 side and 10% for a cylindrical lens 13 side. The lens 13 is arranged so as to collect vertically the light and an output of the one-dimensional solid-state image pickup element 14 becomes an integrating value in the vertical direction of the object. In operating the elements 12, 14 by the same clock pulse, a video signal including the vertical smear is obtained from the element 12 and a signal proportional to the vertical smear is obtained from the element 14. Thus, after these signals are amplified by preamplifiers 15, 16, the signals are subtracted by a differential amplifier 17, allowing to eliminate the vertical smear. Thus, the S/N ratio to the vertical smear is improved.
    • 目的:通过对对象的垂直分量进行积分以在一维固态图像拾取元件上形成其图像并同时扫描二维和尺寸固态图像拾取元件来减少垂直涂片。 以减去其输出。 构成:通过透镜10入射的光在半反射镜11处被分成两个,并且对于二维固态图像拾取元件12侧的光量被设置为例如90%,对于一个 柱面透镜13侧。 透镜13被布置成垂直地收集光,并且一维固态图像拾取元件14的输出成为物体的垂直方向上的积分值。 在通过相同的时钟脉冲操作元件12,14时,从元件12获得包括垂直污迹的视频信号,并且从元件14获得与垂直污迹成正比的信号。因此,在这些信号被前置放大器 如图15,16所示,由差分放大器17减去信号,从而消除垂直污迹。 因此,提高了垂直涂片的S / N比。
    • 92. 发明专利
    • Solid-state image pick-up device
    • 固态图像拾取器件
    • JPS59107567A
    • 1984-06-21
    • JP21682782
    • 1982-12-13
    • Hitachi Ltd
    • OZAKI TOSHIBUMIOOBA SHINYATAKEMOTO KAYAOANDOU HARUHISANAKAI MASAAKIMASUHARA TOSHIAKIAKIYAMA TOSHIYUKIOZAWA NAOKIIMAIDE TAKUYASUZUKI TOSHIKI
    • H01L27/146H04N5/335H04N5/341H04N5/359H04N5/372H04N5/374
    • H01L27/14643
    • PURPOSE:To reduce 1/f noises of a driver element, and to obtain a solid-state image pick-up element of a high SN ratio by forming the driver of an inverter to a depletion type. CONSTITUTION:With signal charges photoelectric-converted by a photo diode 1, the signal charges corresponding to lateral one line are transferred collectively to a charge transfer element 7 through each transfer gate 5 from each vertical signal line 4 during a horizontal blanking period, and stored in each memory. The element 7 is driven during a horizontal scanning period, and signals are read in succession from an output amplifier 8. An inversion circuit by MOSFETs 10 and 20 improves charge transfer efficiency to the transfer element from the signal line 4. 1/f Noises reduce in the MOSFET when a channel is formed in an Si bulk and the exchange of electrons between a surface state and the channel is reduced. Accordingly, when a driver element 20 forming the inversion circuit is formed to the depletion type, 1/f noises are reduced, and the solid-state image pick-up element of the high SN ratio is obtained.
    • 目的:通过将逆变器的驱动器形成为耗尽型,来降低驱动元件的1 / f噪声,并获得高SN比的固态图像拾取元件。 构成:通过光电二极管1光电转换的信号电荷,在水平消隐期间,相应于横向一行的信号电荷在每个垂直信号线4中通过每个传输门5集体传送到电荷转移元件7,并存储 在每个内存 元件7在水平扫描期间被驱动,并且从输出放大器8连续地读取信号。MOSFET 10和20的反相电路改善了从信号线4向传送元件的电荷转移效率。1 / f噪声减小 在MOSFET中形成Si体并且在表面状态和沟道之间的电子交换减少。 因此,当形成反相电路的驱动器元件20形成为耗尽型时,1 / f噪声减小,并且获得高SN比的固态摄像元件。
    • 93. 发明专利
    • Method for driving solid-state image pickup device
    • 驱动固态图像拾取装置的方法
    • JPS5962274A
    • 1984-04-09
    • JP17085682
    • 1982-10-01
    • Hitachi Ltd
    • AKIYAMA TOSHIYUKITAKAHASHI KENJINAGAHARA SHIYUUSAKU
    • H04N5/30H04N5/335H04N5/341H04N5/359H04N5/3728
    • H04N5/30
    • PURPOSE:To obtain the smear component with high S/N by stopping a horizontal charge coupling element and operating a vertical charge coupling element only after all signal charges of one field are read out, in an interline charge coupling solid-state image pickup device. CONSTITUTION:When the signal charge from all lines is read out of a CCD 3 after the end of one field period, the signal charge is not included in the uppermost line 31 of the vertical CCD yet. But, the smear component leaked while the charge is transferred as 3N-31 in the vertical CCD is stored therein. Thus, when a pulse phiH of the horizontal CCD is stopped and the transfer for a line's share is performed to the vertical CCD with a pulse 31' of phiv1, phiv2, for example, after the signal charge is transferred from the photoelectric converting element to the vertical CCD with a switching pulse 25, the smear nXs multiplied by (n) is outputted to the output signal 24' during the 1st one horizontal period, by repeating the transfer of the vertical CCD transfer and the readout by the horizontal CCD with pulses 21', 22', 23.
    • 目的:通过停止水平电荷耦合元件并仅在读出一个场的所有信号电荷之后,在行间电荷耦合固态图像拾取装置中操作垂直电荷耦合元件,以获得具有高S / N的拖尾分量。 构成:当在一个场周期结束之后从CCD 3读出来自所有行的信号电荷时,信号电荷不包括在垂直CCD的最上行31中。 但是,在垂直CCD中存储3N-31的电荷被传送时,涂抹部件泄漏。 因此,当信号电荷从光电转换元件转移到例如信号电荷从光电转换元件传送到例如phiv1,phiv2的脉冲31'之后,当水平CCD的脉冲phiH停止并且线路共享的传输被执行到垂直CCD时, 具有开关脉冲25的垂直CCD,在第一个水平周期中,涂抹n×乘以(n)被输出到输出信号24',通过重复垂直CCD传输的传送和由水平CCD读出的脉冲 21',22',23。
    • 94. 发明专利
    • Method for driving solid-state image pickup device
    • 驱动固态图像拾取装置的方法
    • JPS5954383A
    • 1984-03-29
    • JP16585482
    • 1982-09-22
    • Hitachi Ltd
    • AKIYAMA TOSHIYUKINAGAHARA SHIYUUSAKU
    • H04N5/30H04N5/335H04N5/341H04N5/351H04N5/357H04N5/3728H04N5/374
    • PURPOSE: To improve the picture quality, by changing the combination of 2 lines read out at the same time so as to attain the interlace operation to a charge transfer type solid-state image pickup device.
      CONSTITUTION: Photoelectric converting elements are arranged two-dimensionally. The signal charge stored in the photoelectric converting elements is shifted to a vertical CCD with a switch pulse ϕV
      0 . The shifted signal charge is transferred upward sequentially with pulse ϕV
      1 , ϕV
      2 to shift the CCD of two lines reading out horizontally the signal charge during one horizontal period. In this case, a pulse consecutive for two pulses as 31, 32 and a pulse consisting of one pulse as 33, 34 are used. A field transferring the signal charge only for one stage during the horizontal blanking period of the 1st one horizontal period and a field transferring the two stages together are provided alternately and the combination of the two lines reading out at the same time is changed at each field.
      COPYRIGHT: (C)1984,JPO&Japio
    • 目的:通过改变同时读出的2行的组合来提高图像质量,以达到对电荷转移型固态图像拾取装置的隔行扫描操作。 构成:光电转换元件二维布置。 存储在光电转换元件中的信号电荷被切换到具有开关脉冲phiV0的垂直CCD。 移位的信号电荷以脉冲phiV1,phiV2向上顺序传送,以使两行的CCD在一个水平周期期间水平地读出信号电荷。 在这种情况下,使用两个脉冲连续的脉冲为31,32,由一个脉冲组成的脉冲为33,34。 在第一个水平周期的水平消隐期间的一个阶段中传输信号电荷的场和一起传送两个场的场被交替地提供,并且同时读出的两条线的组合在每个场改变 。
    • 95. 发明专利
    • Record checking circuit of electronic camera
    • 记录电子摄像机检查电路
    • JPS58197971A
    • 1983-11-17
    • JP7996682
    • 1982-05-14
    • Hitachi Ltd
    • IZUMIDA MORIJIAKIYAMA TOSHIYUKISATOU KAZUHIRONAGAHARA SHIYUUSAKUKITA YASUHIRO
    • G11B33/10H04N5/765H04N5/77H04N5/781
    • H04N5/77
    • PURPOSE:To confirm a recording result without reproducing it by a reproducing device, by adding an error detecting circuit to a recording device, and displaying whether recording is executed exactly or not, or raising an alarm. CONSTITUTION:A signal of an image pickup device 1 is sampled by one frame portion, is amplified by a recording amplifier 3, and thereafter, is recorded by a recording magnetic head 4. Subsequently, an output of a head 7 is amplified by a reproducing amplifier 9 and is inputted to a signal processing circuit 10. This signal is displayed on a display 13 of an electronic view finder having an afterglow property or a liquid crystal, etc. As for these displays, it is necessary to make it as small as possible in order to make a camera small-sized and light- weight, for instance, it is desirable to use a liquid crystal whose number of picture elements in the horizontal and vertical directions is reduced to 1/N. Also, an output of the signal processing circuit 10 is led to an error detecting circuit 14 and counted, and when its counting value becomes below a set value, a built-in LED is made to emit light.
    • 目的:为了确认记录结果,而不通过再现装置再现它,通过向记录装置添加一个错误检测电路,并且显示是否精确执行记录,或者提高报警。 构成:图像拾取装置1的信号被一个帧部分采样,由记录放大器3放大,然后由记录磁头4记录。随后,头7的输出被再现 放大器9并被输入到信号处理电路10.该信号被显示在具有余辉特性的电子取景器或液晶等的显示器13上。对于这些显示器,需要使其小至 为了使照相机小型化和轻量化,例如可以使用将水平和垂直方向上的像素数量减少到1 / N的液晶。 此外,信号处理电路10的输出被引导到误差检测电路14并进行计数,并且当其计数值低于设定值时,内置的LED被发光。
    • 100. 发明专利
    • SOLID-STATE IMAGE PICKUP ELEMENT
    • JPS5840984A
    • 1983-03-10
    • JP13856981
    • 1981-09-04
    • HITACHI LTD
    • AKIYAMA TOSHIYUKIKOIKE NORIOTAKEMOTO KAYAOTSUKADA TOSHIHISA
    • H01L27/146H04N5/335H04N5/369H04N5/372H04N5/374
    • PURPOSE:To obtain a larger value of resistance to the horizontal flow of the electric charge of a separated region than that of a photoelectric converting region, by setting the thickness of a photoconductive film of the separated region between picture elements smaller than the gap between the picture element electrodes and setting the resistance of said photoconductive film at a large value. CONSTITUTION:The photoconductive thin films 15-1, 15-2 and 15-3 are formed separately from each other, and a transparent electrode 8' is formed on these photoconductive films. At the same time, the picture element electrodes 6'-1, 6'-2 and 6'-3 are formed separately from each other. The thickness of the photoconductive film of the picture element separated region is set smaller than the gap between the picture element electrodes. As a result, the photoconductive thin film has a resistance higher than the resistance between the transparent electrode and the picture element electrodes both in the horizontal and vertical directions and between the picture elements. This reduces the charge quantity caused by the optical charge which is generated from the photoconductive thin film and flows into the contiguous picture element electrode in the horizontal direction.