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    • 1. 发明授权
    • Handle for a fishing rod
    • 处理钓鱼竿
    • US4848022A
    • 1989-07-18
    • US275227
    • 1988-11-22
    • Takafumi OzekiKikuo SakaiNoriyasu Fukushima
    • Takafumi OzekiKikuo SakaiNoriyasu Fukushima
    • A01K97/08
    • A01K97/08
    • The handle for a fishing rod according to the present invention can improve the sense of fit of the fingers with respect to a reel-attaching portion when said portion is taken hold of. The handle comprises a reel-depositing surface of the reel-attaching portion expanded in both right and left directions to form a bulgy portion which makes the width of said surface larger than that of a reel-foot. In accordance with the reel-depositing surface, the finger-placing surface of the reel-attaching portion is formed to have a large circular surface area which fits well with the dispositions and the bending angle of the fingers. This configulation is very advantageous in giving an improved sense of fit of the fingers with respect to the finger-placing surface of the reel-attaching portion and also a comfortable and safe gripping performance. Further, as the reel-attaching portion is formed thin enough for the lower surface of the outer periphery of the fishing rod to be exposed on the lower portion thereof, a firm and stable gripping performance can be obtained; and further the vibration of the rod can be sensed directly, so a user doesn't miss any chance to operate his rod and reel when fish hit and can have a better fishing result.
    • 根据本发明的钓竿手柄可以在保持所述部分时改善手指相对于卷轴安装部分的配合感。 手柄包括卷轴安装部分的卷轴沉积表面,其在左右方向上扩展,以形成使得所述表面的宽度大于卷轴的宽度的凸起部分。 根据卷轴沉积表面,卷轴安装部分的指状放置表面形成为具有与手指的配置和弯曲角度良好配合的大的圆形表面积。 这种配置在提供手指相对于卷轴附接部分的手指放置表面的改进的配合感以及舒适和安全的抓握性能方面是非常有利的。 此外,由于将钓竿外周的下表面形成为足够薄的卷轴安装部分露出在其下部,所以可以获得牢固和稳定的抓握性能; 并且进一步可以直接感测杆的振动,因此当鱼撞击并且可以具有更好的捕捞结果时,用户不会错过任何操作他的杆和卷轴的机会。
    • 8. 发明授权
    • Semiconductor ROM
    • 半导体ROM
    • US4592024A
    • 1986-05-27
    • US510319
    • 1983-07-01
    • Kikuo SakaiYoshiaki Onishi, deceasedby Junko Onishi, administratrix
    • Kikuo SakaiYoshiaki Onishi, deceasedby Junko Onishi, administratrix
    • G06F12/16G06F11/14G11C29/00H01L27/10G11C7/00
    • G11C29/70G06F11/14
    • The address of each defective memory cell in a memory cell array is stored within a semiconductor ROM in advance. In parallel with the operation of reading out information from a memory cell of the array, whether or not the address of the memory cell agrees with the previously stored address of a defective memory cell is distinguished. When they agree, a correcting signal is formed. Erroneous data read out from the defective memory cell is inverted on the basis of the correcting signal and thus corrected, whereupon the corrected data is delivered out of the ROM. In using this error data correcting system, a read-out access time delay caused by furnishing the correcting function corresponds to only one stage of a logic circuit which is used for the inversion to correct the erroneous data. Thus, a semiconductor ROM furnished with an error correcting function can be provided without spoiling enhancement in the speed of the read-out operation.
    • 存储单元阵列中的每个有缺陷的存储单元的地址预先存储在半导体ROM内。 与从阵列的存储单元读出信息的操作并行地,区分存储器单元的地址是否与先前存储的有缺陷的存储器单元的地址一致。 当它们同意时,形成校正信号。 根据校正信号反转从缺陷存储单元读出的错误数据,由此校正,校正后的数据从ROM中传送出去。 在使用该误差数据校正系统时,通过提供校正功能引起的读出访问时间延迟仅对应于用于反转的逻辑电路的一个阶段来校正错误数据。 因此,可以提供具有纠错功能的半导体ROM,而不会破坏读出操作的速度。