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    • 1. 发明授权
    • Coaxial-type carbon dioxide gas laser oscillator
    • 同轴型二氧化碳气体激光振荡器
    • US4470144A
    • 1984-09-04
    • US379505
    • 1982-05-18
    • Reiji SanoYasuyuki MoritaYoshikazu KawauchiMinoru KimuraHidemi Takahashi
    • Reiji SanoYasuyuki MoritaYoshikazu KawauchiMinoru KimuraHidemi Takahashi
    • H01S3/036H01S3/038H01S3/07H01S3/223H01S3/03
    • H01S3/036H01S3/038H01S3/073
    • A coaxial-type carbon dioxide gas laser includes an oscillator comprising a gas inlet for introducing gas into a discharge tube through a gas supply chamber having a hollow cylindrical body which serves to disturb the gas flow and orientate the gas toward the discharge tube via a space defined between the discharge tube and the hollow cylindrical body. The gas which has been subjected to an electrical discharge is drawn out of the discharge tube through a chamber and a gas outlet connected therewith. A pair of anode and cathode electrodes are disposed adjacent to the ends of the discharge tube. One of the electrodes is mounted on the gas supply chamber and is annular in shape. The gas supply chamber and the hollow cylindrical body jointly define a gap for passage therethrough of the gas fed from the gas inlet toward the discharge tube via the space. The space is large in cross section than the gap. The discharge tube has an inside cross-sectional area smaller than an outside cross-sectional area and larger than the cross-sectional area of the gap.
    • 同轴型二氧化碳气体激光器包括:振荡器,其包括气体入口,用于通过具有中空圆柱体的气体供给室将气体引入放电管,该气体供给室用于干扰气体流动,并且经由空间朝向放电管定向气体 限定在放电管和中空圆柱体之间。 经过放电的气体经由与其连接的室和气体出口从排出管中抽出。 一对阳极和阴极电极邻近放电管的端部设置。 其中一个电极安装在气体供应室上,呈环形。 气体供给室和中空圆筒体共同地限定用于从气体入口经由空间向排出管供给的气体通过的间隙。 空间横截面比间隙大。 放电管的内部横截面积小于外部横截面积,大于间隙的横截面积。
    • 2. 发明授权
    • Laser resonator having an improved gas-introducing portion
    • 激光谐振器具有改进的气体导入部分
    • US4672621A
    • 1987-06-09
    • US484740
    • 1983-04-13
    • Yasuyuki MoritaHidemi TakahashiReiji Sano
    • Yasuyuki MoritaHidemi TakahashiReiji Sano
    • H01S3/03H01S3/036H01S3/07H01S3/22H01S3/223
    • H01S3/036H01S3/0305H01S3/073
    • In a laser resonator having a gas-introducing portion at one end of a laser tube, where the gas introducing portion comprises an inner tube communicating with the laser tube and an outer tube covering the inner tube. The inner tube has a plurality of circumferentially spaced apart flow passages so that a gas mixture fed from a gas source to an annular chamber defined between the inner surface of the outer tube and the outer surface of the inner tube, is led into the inside of the inner tube via the flow passages. As a result, turbulence occurs within the inner tube so that radial distribution of gas flow speed in the laser tube is made uniform, thereby increasing the maximum output and stability. The flow passages may be slits, oval or circular openings, triangular openings or the like. The flow passages may be skewed relative to both the radial and tangential lines passing therethrough or relative to the axis of the inner tube so that the gas introduced inside the inner tube spirals, and therefore the gas travels along the laser tube with a spiral movement.
    • 在具有在激光管的一端具有气体导入部分的激光谐振器中,气体导入部分包括与激光管连通的内管和覆盖内管的外管。 内管具有多个周向间隔开的流动通道,使得从气体源到限定在外管的内表面和内管的外表面之间的环形室供给的气体混合物被引入到 内管经由流路。 结果,在内管内发生湍流,使得激光管中的气体流速的径向分布均匀,从而增加最大输出和稳定性。 流动通道可以是狭缝,椭圆形或圆形开口,三角形开口等。 流动通道可以相对于穿过其中或相对于内管的轴线的径向和切线两者倾斜,使得引入内管内的气体螺旋,因此气体以螺旋运动沿着激光管行进。
    • 4. 发明申请
    • MEDICATION PAY-OUT DEVICE
    • 药物支付装置
    • US20120216485A1
    • 2012-08-30
    • US13505497
    • 2010-11-10
    • Hirokazu AmanoNorifumi OikeYasuyuki Morita
    • Hirokazu AmanoNorifumi OikeYasuyuki Morita
    • B65B57/02
    • G07F17/0092A61J7/02B65B5/103B65B57/20G07F11/44
    • A medication dispensing device has: a medication preparation unit provided with a storage section that can store and discharge one package at a time of a solid medication supplied by a medication supply unit; and a counting unit that can count the solid medication discharged from the storage section. The counting unit is provided with: a monitoring platform on which the solid medication discharged from the storage section rests; an vibration unit that can vibrate the monitoring platform horizontally; an imaging unit that can image the solid medication on the monitoring platform that has been vibrated; and an image recognition unit that can count the solid medication on the basis of the image obtained by the imaging unit.
    • 药剂分配装置具有:药剂准备单元,其具有可在由药物供给单元供给的固体药物时存储和排出一个包装的存储部; 以及可以对从存储部排出的固体药物进行计数的计数单元。 计数单元设置有:从储存部排出的固体药物放置在其上的监视平台; 能够使监控平台水平振动的振动单元; 可以在已经振动的监视平台上成像固体药物的成像单元; 以及图像识别单元,其可以基于由所述成像单元获得的图像对固体药物进行计数。
    • 9. 发明授权
    • Engine valve mechanism having valve disabling device
    • 具有阀门禁用装置的发动机气门机构
    • US4556025A
    • 1985-12-03
    • US671946
    • 1984-11-16
    • Yasuyuki Morita
    • Yasuyuki Morita
    • F01L1/053F01L13/00F02D13/06
    • F01L13/0005F01L1/053F02D13/06F01L2001/186F01L2820/031F02B2275/20Y02T10/18
    • An engine valve mechanism including a rocker arm mechanism having a cam actuated arm which is swingable actuated by a cam and a valve actuating arm which functions to open to the engine valve when it is swingably moved. A plunger is provided on one of the arms for an axial movement and extends toward the other arm. A locking plate is movable between a locking position and retracted position. In the locking position, the locking plate locks the plunger against the axial movement so that the swinging movement of the cam actuated arm is transmitted through the plunger to the valve actuating arm to thereby make it possible to actuate the valve in response to a rotation of the cam. In the retracted position, the locking plate releases the plunger so that the swinging movement of the cam actuated arm is not transmitted to the valve actuating arm.
    • 一种发动机气门机构,包括具有凸轮驱动臂的摇臂机构,所述凸轮致动臂可由凸轮和阀致动臂驱动,所述凸轮驱动臂在其可摆动地移动时用于向发动机气门打开。 柱塞设置在一个臂上用于轴向移动并且朝向另一个臂延伸。 锁定板可在锁定位置和缩回位置之间移动。 在锁定位置,锁定板锁住柱塞抵抗轴向运动,使得凸轮致动臂的摆动运动通过柱塞传递到阀致动臂,从而使得可以响应于阀的旋转而致动阀 凸轮。 在缩回位置,锁定板释放柱塞,使得凸轮致动臂的摆动不会传递到阀致动臂。