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    • 84. 发明授权
    • System for loading products of sheet glass
    • 装载玻璃板产品系统
    • US4863340A
    • 1989-09-05
    • US94412
    • 1987-09-08
    • Hiroaki MasunagaHiroshi InoueMasaaki SakamotoNorihiko Higashide
    • Hiroaki MasunagaHiroshi InoueMasaaki SakamotoNorihiko Higashide
    • B32B17/10B65G49/06B65G57/11
    • B65G49/068B32B17/10954B65G49/069B65G57/11B65G2249/04Y10S294/907
    • An automatic loading system includes an automatic loading apparatus for automatically loading, onto a pallet, a glass sheet product as it lies substantially horizontally and is delivered along a feed path to a terminal position of the feed path. The automatic loading apparatus has a suction mechanism for attracting the lower surface of the glass sheet product at the terminal position and for moving the glass sheet product to a loading position to load the glass sheet product onto the pallet. The automatic loading system also includes an apparatus for putting an interleaving sheet on an upper surface of the glass sheet product in the feed path. The interleaving sheet putting apparatus comprises a mechanism for moving an uppermost interleaving sheet of a stack of interleaving sheets over the glass sheet product, and a holder mechanism for holding the uppermost interleaving sheet against an upper surface of the glass sheet product. The pallet has at least a pair of spacers having spaced grooves defined therein for receiving the lower edges of the glass sheet products. The suction mechanism comprises detectors for detecting distances between the glass sheet product in the loading position and a glass product previously loaded on the pallet.
    • 自动装载系统包括一个自动装载装置,用于在基本上水平地自动装载玻璃板产品的托盘上,并沿进给路径被输送到进给通道的终端位置。 自动装载装置具有用于在终端位置吸引玻璃板产品的下表面并将玻璃板产品移动到装载位置以将玻璃板产品装载到托盘上的抽吸机构。 自动装载系统还包括用于将交错纸放置在进给路径中的玻璃板产品的上表面上的装置。 交错片材放置装置包括用于将玻璃片产品上的交错片堆叠的最上层交错片材移动的机构,以及用于将最上面的交织片材保持在玻璃片制品的上表面上的保持机构。 托盘具有至少一对间隔件,其中限定有间隔开的槽,用于容纳玻璃板产品的下边缘。 抽吸机构包括用于检测装载位置中的玻璃板产品与预先装载在托盘上的玻璃制品之间的距离的检测器。
    • 85. 发明授权
    • High signal to noise ratio optical image reader
    • 高信噪比光学图像读取器
    • US4733097A
    • 1988-03-22
    • US865027
    • 1986-05-20
    • Toshiyuki IwabuchiMasaaki Sakamoto
    • Toshiyuki IwabuchiMasaaki Sakamoto
    • H01L27/146H04N1/028H04N5/335H04N5/355H04N5/357H04N5/374H01L27/14H04N5/30
    • H01L27/14643H04N5/2173
    • An optical image reader includes plural pairs of switches, each pair of switches having a CMOS structure signal switch and a CMOS structure dummy switch, plural photosensing elements each corresponding to each pair of switches, plural inverters each corresponding to each pair of switches, a signal line, a dummy line, a shift register and a differential amplifier. A first switch terminal of each signal switch is connected to the corresponding photosensing element, and a second switch terminal thereof is connected to one input terminal of the differential amplifier through the signal line. A first switch terminal of each dummy switch is connected to another input terminal of the differential amplifier through the dummy line, and a second switch terminal thereof is in an open state. A first control terminal of each signal switch is connected to a first control terminal of corresponding each dummy switch, an input terminal of the corresponding inverter, and a corresponding output terminal of the shift register. A second control terminal of each signal switch is connected to a second control terminal of the corresponding dummy switch and an output terminal of the corresponding inverter. By applying a scanning pulse to each pair of switches for switching them from the shift register, an output of a photo signal and a spike noise appears on the signal line, and an output of a spike noise appears on the dummy line. These outputs are differentially amplified by the differential amplifier.
    • 光学图像读取器包括多对开关,每对开关具有CMOS结构信号开关和CMOS结构虚拟开关,每对开关对应的多个感光元件,各对应于每对开关的多个反相器,信号 线,虚拟线,移位寄存器和差分放大器。 每个信号开关的第一开关端子连接到相应的感光元件,其第二开关端子通过信号线连接到差分放大器的一个输入端。 每个虚拟开关的第一开关端子通过虚拟线路连接到差分放大器的另一输入端,并且其第二开关端子处于打开状态。 每个信号开关的第一控制端连接到对应的每个虚拟开关的第一控制端,相应的反相器的输入端和移位寄存器的相应的输出端。 每个信号开关的第二控制端连接到对应的虚拟开关的第二控制端和对应的反相器的输出端。 通过将扫描脉冲施加到每对开关以从移位寄存器切换,信号线上出现光信号和尖峰噪声的输出,并且伪线上出现尖峰噪声的输出。 这些输出由差分放大器差分放大。