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    • 5. 发明专利
    • Image recognizing device
    • 图像识别装置
    • JPS61118878A
    • 1986-06-06
    • JP24034884
    • 1984-11-14
    • Hitachi Control Syst Co LtdHitachi Ltd
    • NAKAMURA YOSHIYUKIIWAI KATSUTOSHISAKAI KUNIZO
    • G06T1/00G06F15/16G06K9/00G06T1/20G06T7/00
    • PURPOSE: To increase a processing speed by operating in parallel a system processor and an image processing processor.
      CONSTITUTION: An arithmetic evaluating program of an image is executed by a system processor (SYSP) 1, and executes an access to an image memory (IMU) 4 and the start of an image processing processor (IP) 3 through an address processor (AP) 2. In such a case, the AP2 and the IP3 become a busy state until an operation is ended, and after the operation is ended, the busy state is released, and the arithmetic evaluating program inputs an image operation result and executes an evaluation processing. Also, while the SYSP1 is executing the arithmetic evaluating program, the image operation of the next object to be evaluated is executed by the IP3, it is operated in parallel to the AP2 and the idle time is curtailed, and the time of the whole image processing is shortened.
      COPYRIGHT: (C)1986,JPO&Japio
    • 目的:通过并行处理系统处理器和图像处理处理器来提高处理速度。 构成:图像的算术评估程序由系统处理器(SYSP)1执行,并且通过地址处理器(AP)执行对图像存储器(IMU)4的访问和图像处理处理器(IP)3的启动) )2.在这种情况下,AP2和IP3变为忙状态,直到操作结束,并且在操作结束之后,释放忙碌状态,并且算术评估程序输入图像操作结果并执行评估 处理。 此外,SYSP1正在执行算术评价程序时,通过IP3执行下一个被评估对象的图像动作,并且与AP2并行地进行操作,并且缩短了整个图像的时间 处理缩短。
    • 6. 发明专利
    • Bed positioning device
    • BED定位装置
    • JP2005021311A
    • 2005-01-27
    • JP2003189153
    • 2003-07-01
    • Hitachi LtdHitachi Setsubi Eng Co Ltd日立設備エンジニアリング株式会社株式会社日立製作所
    • ASANO HIDETONAKAMURA YOSHIYUKISAGAWA WATARUAKIYAMA HIROSHI
    • A61N5/10A61B6/00
    • PROBLEM TO BE SOLVED: To improve the precision in positioning a bed to the bed position for non-coplanar irradiation. SOLUTION: The longitudinal direction of a treatment bed 20 is located orthogonal to the axis of rotation of a rotating gantry. An irradiation device 36 in the horizontal posture faces the top of the head of a patient on the treatment bed 20. In one X-ray photographing, an X-ray tube 31 set in an X-ray source holding member 30 radiates X-rays in the horizontal direction, and the radiated X-rays are incident on an X-ray fluoroscopic imaging device 47A. The X-ray tube 31 and the X-ray fluoroscopic imaging device 47A face each other across the patient on the treatment bed 20. In another X-ray photographing, a swivel arm device 43 rotates and the X-ray tube 31 is moved to a position just above the treatment bed 20. The vertical state of the X-ray fluoroscopic imaging device 47A is changed to be in the horizontal state by the rotation of a motor 50A. The X-rays radiated downward from the X-ray tube 31 in that state penetrate the patient to be incident on the X-ray fluoroscopic imaging device 47A located just under the treatment bed 20. COPYRIGHT: (C)2005,JPO&NCIPI
    • 要解决的问题:提高将床定位到床位置以进行非共面照射的精度。 解决方案:处理床20的纵向方向定位成与旋转机架的旋转轴正交。 水平姿势的照射装置36面对处理床20上的患者头部的顶部。在一次X射线拍摄中,设置在X射线源保持部件30中的X射线管31照射X射线 并且照射的X射线入射到X射线透视成像装置47A上。 X射线管31和X射线透视成像装置47A在处理床20上的患者面对。在另一X射线拍摄中,旋转臂装置43旋转,X射线管31移动到 恰好在处理床20上方的位置。通过马达50A的旋转,X射线透视成像装置47A的垂直状态变为水平状态。 在该状态下从X射线管31向下射出的X射线穿透患者入射到位于治疗床20正下方的X射线透视成像装置47A上。(C)2005,JPO&NCIPI
    • 10. 发明专利
    • TAPE WIRE LENGTH MEASURING/CUTTING DEVICE
    • JPH0725544A
    • 1995-01-27
    • JP17132393
    • 1993-07-12
    • HITACHI LTDHITACHI COMPUTER ENG
    • NISHI YASUSHITANAKA KIYOBUMINAKAMURA YOSHIYUKI
    • B65H61/00B65H63/08H02G1/06H02G1/12
    • PURPOSE:To accurately measure a wire length so as to attempt improvement of quality by instructing the number of windings and a sliding distance simultane ously with a measuring amount when the wire itself is wound and formed into a specific shape while measuring its length. CONSTITUTION:A tape wire length measuring/cutting device is composed of a winding mechanism 6 provided with a winding guide 4 for guiding a clamper 5 for holding the wire 9 tension rollers 3, 7 on both ends thereof, a holding plate 10 for holding the vertically wound wire 9, a press for making forming process, while all of the components being located in the center area of the length measuring/cutting device, a cpmveuer 9 for feeding out the wire after formation and a length measuring roller 1. And the wiring method of the wire, the total length to be determined by the electric specifications, etc., the number of windings for determining the forming shape required in the next process and the sliding distance to be changed according to the tip deviation amount, the kinds of the wires and the length measuring amount are respectively instructed by a personal computer, so as to perform the winding, and the formed wire is supplied to the next process.