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    • 3. 发明申请
    • REINFORCING BAR ANCHORAGE
    • 加固棒固定
    • US20090308017A1
    • 2009-12-17
    • US12311282
    • 2007-09-14
    • Haruyoshi KadoyaSatoshi MurayamaMitsuhiro YoshidaTakaaki Hirayama
    • Haruyoshi KadoyaSatoshi MurayamaMitsuhiro YoshidaTakaaki Hirayama
    • E04C5/12E04B1/38
    • E04C5/165E04C5/16
    • A reinforcing bar anchorage 1 in accordance with the present invention includes a sleeve 2 having an ellipsoidal cross-sectional shape, an anchoring member 3, and a wedge member 6. The anchoring member 3 includes a steel plate 5 having a substantially circular plate-like body and a connection rod 4 provided upright on the steel plate. The connection rod 4 is formed from a straight steel rod having a circular cross-section. The sleeve 2 is configured such that the connection rod 4 and the reinforcing bar 11 can be inserted thereinto while the connection rod 4 and the reinforcing bar 11 can be parallel to each other so as to overlap each other by a predetermined length. Wedge insertion holes 9, 9 are formed in the sleeve 2 between the reinforcing bar 11 and the connection rod 4 so as to be opposed to each other. A wedge member 6 is designed to be inserted into the wedge insertion holes 9, 9 for press-fitting.
    • 根据本发明的钢筋锚固件1包括具有椭圆形横截面形状的套筒2,锚固构件3和楔形构件6.锚固构件3包括具有基本圆形板状的钢板5 主体和设置在钢板上的连接杆4。 连接杆4由具有圆形横截面的直钢棒形成。 套筒2构造成使得连接杆4和钢筋11可以插入其中,同时连接杆4和钢筋11可以彼此平行地彼此重叠预定长度。 楔形插入孔9,9形成在套筒2之间的钢筋11和连接杆4之间以彼此相对。 楔形构件6被设计成插入楔形插入孔9,9中用于压配合。
    • 5. 发明授权
    • Image reading apparatus and method
    • 图像读取装置及方法
    • US06718071B2
    • 2004-04-06
    • US09949788
    • 2001-09-12
    • Mitsuhiro YoshidaTamio AmagaiNoriaki YamazakiHiroyuki MaruyamaTakeshi Kimura
    • Mitsuhiro YoshidaTamio AmagaiNoriaki YamazakiHiroyuki MaruyamaTakeshi Kimura
    • G06K936
    • G06K9/3283H04N1/00681H04N1/00718H04N1/00737H04N1/00745H04N1/0075
    • The invention provides an image reading apparatus and method capable of performing skew error correction at high speed. In an image reading apparatus that conveys a stacked medium along a conveyance path, reads an image of the medium being conveyed, and discharges the medium after reading the image, the apparatus comprises calculation means for calculating the amount of skew of the medium while being conveyed, and correction means for correcting the amount of skew of the medium in accordance with the amount of skew calculated by the calculation means. The correction means comprise determination means for determining whether correction for the amount of skew should be performed or not, and control means for correcting the amount of skew of the medium. The calculation means comprise medium detection means for detecting the state of the medium conveyed along the conveyance path, and calculate the amount of skew from the detected result of the state of the medium. The control means comprise correction control means for correcting the amount of skew based on the amount of skew of the medium calculated by the calculation means when the determination means determine to correct the amount of skew. The calculation means comprise image reading means for reading an image of the medium conveyed along the conveyance path at a position closer on the conveyance path to the discharging side than the medium detection means, and calculate the amount of skew from the image data of the medium read by the image reading means.
    • 本发明提供能够高速进行偏斜纠错的图像读取装置和方法。 在沿输送路径输送堆叠介质的图像读取装置中,读取正在输送的介质的图像,并且在读取图像之后对介质进行放电,该装置包括计算装置,用于在传送介质的同时计算介质的歪斜量 以及校正装置,用于根据由计算装置计算的偏斜量来校正介质的偏斜量。 校正装置包括确定装置,用于确定是否应执行对偏斜量的校正;以及控制装置,用于校正介质的偏斜量。 计算装置包括用于检测沿着传送路径传送的介质的状态的介质检测装置,并根据检测到的介质状态的结果来计算偏斜量。 控制装置包括校正控制装置,用于当确定装置确定校正歪斜量时,基于由计算装置计算的介质的偏斜量来校正偏斜量。 计算装置包括图像读取装置,用于读取在比介质检测装置更靠近到排出侧的输送路径的位置处沿着传送路径传送的介质的图像,并且根据介质的图像数据计算偏斜量 由图像读取装置读取。