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    • 2. 发明授权
    • Surgical operating apparatus
    • 外科手术器械
    • US6094590A
    • 2000-07-25
    • US932920
    • 1997-09-18
    • Kazutoshi KanMasakatsu FujieRyuichi ShinomuraKoichi SanoHiroshi Takeuchi
    • Kazutoshi KanMasakatsu FujieRyuichi ShinomuraKoichi SanoHiroshi Takeuchi
    • A61B19/00A61B8/00
    • A61B90/36A61B34/70
    • A surgical operating apparatus capable of a high-precision surgical operation while observing a detailed image of an affected part to be subjected to surgical operation and capable of observing a related location of the affected part under surgical operation by means of an image obtained the imaging of a wider range is provided with an operating table provided in an area made an object of measurement by an MRI apparatus so that a surgical operation can be performed by operating an operating manipulator by an operation input device while monitoring a local image from an endoscope and/or a ultrasonic scanner and the observation of a range in the neighborhood of the affected part and wider than an observing area of the endoscope is enabled by the MRI apparatus under surgical operation, thereby providing a high-security surgical operating apparatus.
    • 一种手术操作装置,其能够在观察要进行外科手术的患部的详细图像的同时进行高精度的外科手术,并且能够通过获得成像的图像观察外科手术下的患部的相关位置 更宽的范围设置有设置在由MRI装置进行测量的对象的区域中的手术台,使得可以通过操作输入装置操作操作操纵器来执行外科手术,同时监测来自内窥镜的局部图像和/ 或超声波扫描器,并且通过MRI装置在外科手术下能够观察受影响部位附近的范围并且比内窥镜的观察区域更宽,从而提供高安全性的外科手术装置。
    • 4. 发明授权
    • Surgical apparatus
    • 手术器械
    • US06402737B1
    • 2002-06-11
    • US09272784
    • 1999-03-19
    • Fujio TajimaKazutoshi KanYasuhiro NemotoMasakatsu Fujie
    • Fujio TajimaKazutoshi KanYasuhiro NemotoMasakatsu Fujie
    • A61B1700
    • A61B34/70A61B34/35A61B34/76A61B90/36G06F19/00
    • A surgical apparatus for automatically and dynamically changing the constitution of a system and the operation of respective elements. The surgical apparatus includes a plurality of devices respectively, a supervisory controller having a transmission path among the plurality of devices for supervisorily controlling the devices and an operational procedure description store for storing an operational procedure description describing operational procedures of the plurality of devices in which the supervisory controller includes a detector for detecting constitutions of the devices and for transmitting the operational procedure description necessary for the devices detected by the detector to the respective devices via the transmission path.
    • 一种用于自动和动态地改变系统的构造和各个元件的操作的手术装置。 手术装置分别包括多个装置,具有用于监督装置的多个装置之间的传输路径的监督控制器和用于存储说明多个装置的操作程序的操作程序描述的操作程序描述存储器,其中, 监视器控制器包括用于检测设备的结构的检测器,以及用于经由传输路径将由检测器检测到的设备所需的操作过程描述传送到各个设备。
    • 7. 发明授权
    • Temperature regulating member
    • 调温部件
    • US08042604B2
    • 2011-10-25
    • US11776068
    • 2007-07-11
    • Takayuki NozakiKazutoshi Kan
    • Takayuki NozakiKazutoshi Kan
    • F28D20/00
    • F28D20/02C12M41/22F28F13/125Y02E60/145
    • A temperature regulating member capable of avoiding deterioration in heat dissipation efficiency of a heat-accumulating material, and deterioration in a buffer function thereof, due to ununiformity in heat distribution inside the heat-accumulating material. With the use of a churning flow occurring by disposing one piece of stirrer or plural stirrers inside the heat-accumulating material, and by causing a relative position of the stirrer, inside the heat-accumulating material, to be changed during transportation, it is possible to eliminate ununiformity in heat distribution inside the heat-accumulating material. The temperature regulating member has a feature in that a phenomenon of a peripheral part of the heat-accumulating material being first cooled to be subsequently solidified is avoided, thereby enabling the heat dissipation efficiency and the buffer function to be maintained.
    • 由于蓄热材料内部的热分布不均匀,能够避免蓄热材料的散热效率降低,缓冲功能劣化的温度调节部件。 通过使用在蓄热材料内设置一片搅拌器或多个搅拌器而产生的搅拌流,并且通过在运输期间使积聚材料内部的搅拌器的相对位置变化,可能 以消除蓄热材料内的热分布不均匀。 温度调节构件的特征在于,避免了首先将蓄热材料的周边部分冷却而随后固化的现象,从而能够保持散热效率和缓冲功能。
    • 10. 发明授权
    • Cell culture apparatus and control method thereof
    • 细胞培养装置及其控制方法
    • US08163541B2
    • 2012-04-24
    • US11984160
    • 2007-11-14
    • Toyoshige KobayashiKazutoshi Kan
    • Toyoshige KobayashiKazutoshi Kan
    • C12M1/00C12M3/00
    • C12M23/14B01L3/50853B01L3/50855B01L2200/025B01L2200/026B01L2300/046C12M23/34C12M23/42C12M23/48C12M23/50
    • A cell culture apparatus is provided in which a plurality of culture vessels can be mounted and removed in a set, which has a regulation mechanism that can fix each culture vessel in the correct position, and which enables suppression of production costs. The cell culture apparatus has one or a plurality of concave portions, and can arrange and accommodate one or a plurality of culture vessels in the concave portions. Spring-type fixing devices are provided in the depth direction and the width direction, respectively, in each concave portion. The two spring-type fixing devices press against side surfaces of the culture vessel to fix the culture vessel in the culture vessel set. At this time, by pressing against the culture vessel at two points, the position of the culture vessel at the time of fixing can be maintained with good accuracy.
    • 提供一种细胞培养装置,其中可以将一组培养容器安装和移除,该组具有可将每个培养容器固定在正确位置的调节机构,并且能够抑制生产成本。 细胞培养装置具有一个或多个凹部,并且可以在凹部中布置并容纳一个或多个培养容器。 分别在各个凹部中沿深度方向和宽度方向设置弹簧式固定装置。 两个弹簧式固定装置压靠培养容器的侧表面,将培养容器固定在培养容器组中。 此时,通过在两点压迫培养容器,能够以良好的精度维持定影时的培养容器的位置。