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    • 95. 发明申请
    • MICROTOME AND CRYOSTAT
    • MICROTOME和CRYOSTAT
    • US20130137163A1
    • 2013-05-30
    • US13816458
    • 2011-07-29
    • Hiroyuki MinemuraTatsuya Seki
    • Hiroyuki MinemuraTatsuya Seki
    • A01N1/02
    • A01N1/0257G01N1/06Y10S83/9155Y10T83/283Y10T83/293
    • Provided is a microtome in which refrigerant piping and electrical wiring are not impeditive so that cleaning and other works can be surely conducted.The microtome includes a head 32 which holds a sample, an alignment mechanism 50 which aligns a head 32, a body portion 42 which is provided on the back face side of the alignment mechanism 50, a cylindrical coupling portion 41 which couples the body portion 42 with the head 32, a temperature controller 34 in the head 32, and refrigerant piping 40 and electrical wiring 46 for the temperature controller 34, and the alignment mechanism 50 includes a spherical member 68 coupled with the back face side of the head and having a spherical outer periphery and includes retainer portions 70 and 71 retaining the outer periphery of the spherical member 68 slidably along a spherical surface, the spherical member 68 has a through hole 74 formed communicating with the hollow portion 43 of the coupling portion 41, and the refrigerant piping 40 and the electrical wiring 46 are connected with the temperature controller 34 in the head 32 through the through hole 74 of the spherical member 68 and the hollow portion 43 of the coupling portion 41.
    • 提供了一种切片机,其中制冷剂管道和电线不阻碍,从而可以可靠地进行清洁和其他工作。 切片机包括保持样品的头部32,对准机构50,其对准头部32,设置在对准机构50的背面侧的主体部分42,连接主体部分42的圆柱形联接部分41 头32,头32中的温度控制器34和用于温度控制器34的制冷剂管道40和电线46,并且对准机构50包括与头部的背面侧联接的球形部件68, 球形外周并且包括保持部分70和71,球形部件68沿着球形表面可滑动地保持外圆周,球形部件68具有与连接部分41的中空部分43连通的通孔74,并且制冷剂 管道40和电线46通过球形构件68的通孔74和头部32中的温度控制器34连接在头部32中 联接部41的低部43。
    • 96. 发明授权
    • Method and apparatus for determining the reading power of an optical reproducing device
    • 用于确定光学再现装置的读取功率的方法和装置
    • US08121014B2
    • 2012-02-21
    • US11675699
    • 2007-02-16
    • Takahiro KurokawaHiroyuki Minemura
    • Takahiro KurokawaHiroyuki Minemura
    • G11B7/00
    • G11B7/1353G11B7/0903G11B7/1263
    • Since the conventional optical disk recording/reproducing apparatus cannot correctly measure a power of a main beam that is a part of the laser light outputted from an objective lens and is focused on a recording layer to contribute to recording/reproducing, it is difficult to accurately control a read power. A ratio of a proper read power to a threshold power of erasing is acquired beforehand. The read power is determined by measuring the threshold power of erasing and multiplying it by the ratio when learning of the read power is performed for each drive device. According to the read power learning method of this invention, it becomes possible to determine the proper read power regardless of performance variance of an optical pickup and sensitivity dispersion of a medium.
    • 由于传统的光盘记录/再现装置不能正确地测量作为从物镜输出的激光的一部分并且聚焦在记录层上以有助于记录/再现的主光束的功率,所以难以准确地 控制读取电源。 预先获取适当的读取功率与阈值的擦除功率的比率。 读取功率通过测量擦除阈值功率并将其乘以当对每个驱动装置执行读取功率的学习时的比率来确定。 根据本发明的读取功率学习方法,无论光学拾取器的性能方差和介质的灵敏度分散如何,都可以确定适当的读取功率。