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    • 51. 发明授权
    • Shredder
    • 碎纸机
    • US07475838B2
    • 2009-01-13
    • US11478058
    • 2006-06-29
    • Makoto MoriAkira KonnoYasuo Tan
    • Makoto MoriAkira KonnoYasuo Tan
    • B02C4/32B02C7/14B02C9/04B02C11/08B02C23/00
    • B02C23/04B02C18/0007
    • There is a shredder comprising: a chopped apparatus including an insertion opening for inserting wastes, and an exhaust port for discharging chopped wastes; a waste container which is displaceable between a receivable position where to receive the chopped wastes and a non-receivable position where not to receive the chopped wastes; a claw portion provided with the waste container; a shutter, which opens the exhaust port by moving the waste container to the receivable position, and which closes the exhaust port by moving the waste container to the non-receivable position; a lock member, which is displaceable between a locked position where to close the shutter and an unlocked position where to make the shutter movable; and an operation lever which displaces the lock member to the unlocked position with the claw portion.
    • 有一种粉碎机,包括:一个包括用于插入废物的插入开口的切碎装置,以及一个用于排放切碎废物的排气口; 废物容器,其可接收切碎废物的可接收位置与不接收切碎废物的不可接收位置之间可移动; 设置有废物容器的爪部; 快门,其通过将废物容器移动到可接收位置来打开排气口,并且通过将废物容器移动到不可接收位置来关闭排气口; 锁定构件,其能够在关闭所述活门的锁定位置和使所述活门可动的解锁位置之间移动; 以及操作杆,其通过所述爪部将所述锁定构件移位到所述解锁位置。
    • 52. 发明授权
    • Flip-flop, integrated circuit, and flip-flop resetting method
    • 触发器,集成电路和触发器复位方法
    • US07403042B2
    • 2008-07-22
    • US11374183
    • 2006-03-14
    • Makoto Mori
    • Makoto Mori
    • H03K19/096
    • H03K3/356008G06F1/24H03K3/356086
    • A flip-flop which eliminates a reset wiring to prevent complication of a wiring in an LSI or to increase the number of channels used for a signal wiring, an integrated circuit using the same, and a flip-flop resetting method, are provided. The flip-flop performing a reset operation by detecting a change in a power supply voltage includes a state retaining node that stores a HIGH level voltage or a LOW level voltage, and a reset signal generation circuit that detects a change in a power supply voltage exceeding a predetermined value to generate a reset signal for resetting a data storing state of the state retaining node.
    • 提供了一种触发器,其消除了复位布线以防止LSI中的布线的复杂化或增加用于信号布线的通道数量,使用该布线的集成电路和触发器复位方法。 通过检测电源电压的变化执行复位操作的触发器包括存储高电平电压或低电平电压的状态保持节点和检测超过电源电压变化的复位信号生成电路 预定值以产生用于重置状态保持节点的数据存储状态的复位信号。
    • 57. 发明授权
    • Cutter
    • 刀具
    • US06460254B1
    • 2002-10-08
    • US09691111
    • 2000-10-19
    • Makoto MoriXiao Dong Wu
    • Makoto MoriXiao Dong Wu
    • B26B100
    • B26B29/02B26B25/005
    • Around a push button formed on an arm 3, teeth are disposed at a regular angle, and around the push button inserting hole in a handle 4 grooves are disposed corresponding to the teeth, thereby, by biasing the arm 3 with a compressed coil spring to engage the teeth with the grooves. Whereby, by pushing the push button to cause the arm to stroke, the engagement of the teeth and the groove is released to cause the arm 3 to turn and by freeing the push button the teeth and the grooves are engaged, thereby the arm 3 is positioned and held at a desired position.
    • 围绕形成在臂3上的按钮,齿以规则的角度布置,并且围绕手柄的按钮插入孔4对应于齿设置凹槽,由此通过用压缩的螺旋弹簧将臂3偏压 与牙槽啮合。 由此,通过按压按钮来使臂行程,释放齿和槽的接合,使臂3转动,并且通过释放按钮,齿和槽啮合,从而臂3是 定位并保持在期望的位置。
    • 59. 发明授权
    • Arm support and pad for mouse using the same
    • 手臂支撑和鼠标垫使用相同
    • US06328267B1
    • 2001-12-11
    • US09457471
    • 1999-12-09
    • Makoto Mori
    • Makoto Mori
    • B43L1500
    • G06F3/0395A47B21/0371G06F3/03543
    • An arm support 4 which is formed by placing the displacing stand 6 provided with the boss portion on the fixed stand 5 on the surface of which is formed with a hole and the pad body 28 are coupled with the recessed portions formed on the pad stand 26. Thereby, the displacing stand 6 is enabled to displace in parallel and rotate on the fixed stand 5, which causes to be miniaturized in its total size. Further, when operating a mouse by placing an arm on the arm support 4, since the arm does not rub the table on which the pad stand is placed and the wrist including shoulder move in association with each other, resulting in reducing the fatigue of arm and increasing the working efficiency.
    • 通过将设置有凸起部的移动台6放置在固定支架5的表面上形成有孔而形成的臂支撑件4,并且垫体28与形成在垫架26上的凹部联接 因此,位移台6能够平行移动并在固定支架5上旋转,这导致其总尺寸小型化。 此外,当通过将臂放置在臂支撑件4上来操作鼠标时,由于手臂不摩擦放置垫架的桌子并且包括肩膀的手腕彼此相关联地移动,导致臂的疲劳 提高工作效率。