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    • 63. 发明申请
    • MEDICAL KNIFE
    • 医疗刀
    • US20130172917A1
    • 2013-07-04
    • US13818989
    • 2011-08-29
    • Masahiko Saito
    • Masahiko Saito
    • A61B17/3211
    • B23P15/28A61B17/3211A61B2017/00526A61F9/0133B24B3/605C23F3/00C25F3/24
    • [Problem] Because the knife edge of medical knives such as straight knives manufactured with austenite stainless steel is thin and sharp, there is the problem that the knife edge bends too easily when making incisions in the cornea, sclera, etc. during ophthalmologic surgery. The invention provides a medical knife capable of increasing the strength of the thin, sharp knife edge and preventing the reduction of sharpness. [Solution] This medical knife has a flat cutting part and an inclined surface formed along the border of said cutting part. By electrolytic polishing or chemical polishing of the inclined surface, a convexly curved cutting edge is formed on at least the edge of the inclined surface of the knife. The knife edge has a rounded configuration. The knife edge being rounded increases the thickness of the knife edge, increases the strength thereof and hinders bending.
    • [问题]由于用奥氏体不锈钢制造的直刀等医用刀的刀刃薄且锋利,所以在眼科手术中切割角膜,巩膜等时,刀刃太容易弯曲。 本发明提供一种能够增加薄而锋利的刀刃强度并防止清晰度降低的医用刀。 [解决方案]该医用刀具有平切部和沿着切断部的边界形成的倾斜面。 通过对倾斜面的电解抛光或化学抛光,在刀的倾斜面的至少边缘上形成凸曲面的切削刃。 刀刃具有圆形配置。 圆形的刀刃增加了刀刃的厚度,增加了其强度并阻碍了弯曲。
    • 65. 发明申请
    • VIRTUAL MACHINE SYSTEM AND VIRTUAL MACHINE SYSTEM CONTROL METHOD
    • 虚拟机系统和虚拟机系统控制方法
    • US20120331464A1
    • 2012-12-27
    • US13577311
    • 2011-09-07
    • Masahiko SaitoTeruto HirotaHiroo Ishikawa
    • Masahiko SaitoTeruto HirotaHiroo Ishikawa
    • G06F9/48G06F9/455
    • G06F9/5077G06F9/45533G06F21/74G06F2009/45587Y02D10/22Y02D10/26Y02D10/28Y02D10/36
    • A virtual machine system is provided with a processor having only two privileged modes, a low privileged mode and a high privileged mode, and achieves both a security function for protecting digital copyrighted works or the like and an operating system switching function that guarantees system reliability. The virtual machine system is provided with a first and a second processor and executes a hypervisor on the first processor in the high privileged mode. An operating system on the second processor is executed by cooperation between the hypervisor running on the first processor and a program running on the second processor in low privileged mode. This eliminates the need for running the hypervisor on the second processor in the high privileged mode, thus allowing for execution on the second processor in the high privileged mode of a program for implementing the security function.
    • 虚拟机系统具有仅具有两个特权模式,低特权模式和高特权模式的处理器,并且实现了保护数字版权作品等的安全功能和保证系统可靠性的操作系统切换功能。 虚拟机系统设置有第一和第二处理器,并且在高特权模式下在第一处理器上执行管理程序。 第二处理器上的操作系统通过在第一处理器上运行的虚拟机管理程序与在低特权模式下在第二处理器上运行的程序之间的协作来执行。 这消除了在高特权模式下在第二处理器上运行管理程序的需要,从而允许在用于实现安全功能的程序的高特权模式下在第二处理器上执行。
    • 66. 发明申请
    • MEDICAL KNIFE
    • 医疗刀
    • US20110270292A1
    • 2011-11-03
    • US13142416
    • 2009-12-22
    • Masahiko Saito
    • Masahiko Saito
    • A61B17/32
    • A61B17/3209A61B17/3205A61B17/3211A61B2218/00A61F9/00736A61F9/0133
    • Provided is a medical knife which can be more easily handled and makes it possible to maintain low penetration resistance, without the maximum-width parts of said medical knife creating sudden changes in penetration resistance even when passing through tissue. A knife (A) comprises: a pointed tip (4); a cutting part (1) which has edges (5) consisting of first oblique faces (6) which are formed along the outer periphery and second oblique faces (8) which are formed inside the first oblique faces (6); maximum-width parts (2) which are formed contiguously with the cutting part (1); and a shank part (3) which is formed contiguously with the maximum-width parts (2). The cutting part (1) is formed in such a way that the shape of the planar projection thereof becomes wider from the pointed tip (4) towards the maximum-width parts (2), and the first oblique faces (6) extend further towards the shank part (3) side than the second oblique faces (8) over at least one portion of the area running from the maximum-width parts (2) to the shank part (3).
    • 本发明提供一种可以更容易地处理并能够保持低穿透阻力的医疗用刀,即使在通过组织时,也不会使所述医疗刀的最大宽度部分产生穿透阻力的突然变化。 刀(A)包括:尖尖(4); 切割部分(1),其具有沿着外周形成的第一倾斜面(6)和形成在第一倾斜面(6)内的第二倾斜面(8)构成的边缘(5); 与切割部分(1)相邻形成的最大宽度部分(2); 以及与最大宽度部分(2)相邻形成的柄部分(3)。 切割部分(1)形成为使得其平面突起的形状从尖尖(4)朝向最大宽度部分(2)变宽,并且第一倾斜面(6)进一步朝向 在从最大宽度部分(2)到柄部分(3)的区域的至少一个部分上的第二倾斜面(8)的柄部分(3)侧。
    • 67. 发明申请
    • SHARED CACHE CONTROLLER, SHARED CACHE CONTROL METHOD AND INTEGRATED CIRCUIT
    • 共享缓存控制器,共享缓存控制方法和集成电路
    • US20110208916A1
    • 2011-08-25
    • US12530040
    • 2008-11-28
    • Masahiko Saito
    • Masahiko Saito
    • G06F12/08
    • G06F12/084G06F1/3203G06F1/3246
    • A monitoring section 139 monitors a power control command for controlling power supplied to a processor for operating a plurality of operating systems or a plurality of processors. A cache entry selecting section 141 sets a cache entry used by the operating system or the processor having executed the power control command to a state used in the past using executed states of the plurality of operating systems or the plurality of processors that are changed based on the power control command upon selecting a cache entry to be replaced from a plurality of cache entries constituting a cache storage device 111. A replacement object selecting section 136 selects the cache entry set to the state used in the past as the cache entry to be replaced. In this way, the plurality of operating systems or the plurality of processors can effectively utilize one cache storage device.
    • 监视部分139监视用于控制提供给处理器以供操作多个操作系统或多个处理器的电力的功率控制命令。 高速缓存条目选择部分141将操作系统或执行了功率控制命令的处理器使用的高速缓存条目设置为使用过去使用的状态的多个操作系统的执行状态或者基于 在从构成高速缓存存储装置111的多个高速缓存条目中选择要替换的高速缓存条目时的功率控制命令。替换对象选择部136选择设置为过去使用的状态的高速缓存条目作为要替换的高速缓存条目 。 以这种方式,多个操作系统或多个处理器可以有效地利用一个高速缓存存储设备。