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    • 3. 发明授权
    • Light frequency control apparatus
    • 光频控制装置
    • US5500762A
    • 1996-03-19
    • US364327
    • 1994-12-27
    • Haruyoshi UchiyamaTekken LeeNobunari TakeuchiKaoru ShimizuTsuneo HoriguchiYahei Koyamada
    • Haruyoshi UchiyamaTekken LeeNobunari TakeuchiKaoru ShimizuTsuneo HoriguchiYahei Koyamada
    • G02F2/02H01S3/067H01S3/10
    • H04B10/2572H01S3/06754
    • The present invention provides light frequency control apparatus comprising a light pulse signal generating mechanism for converting continuous light into a light pulse signal, and outputting this light pulse signal; a light signal generating mechanism for repeatedly generating at predetermined cycles, a light signal, in which a light frequency component therein is shifted to form a staircase shape based on the number of cycles of a loop within which the light pulse signal circulates; and a dummy light generating mechanism for generating dummy light at a timing such that the level of the light signal becomes zero, and supplying this dummy light to the light amplifying mechanism. The aforementioned loop is formed from a light amplifying mechanism for amplifying the light pulse signal outputted from the light pulse signal generating mechanism, light delay mechanism for delaying the light pulse signal a fixed amount; and frequency shifting mechanism for shifting the frequency of the light pulse signal.
    • 本发明提供一种光频控制装置,包括:光脉冲信号发生机构,用于将连续光转换为光脉冲信号,并输出该光脉冲信号; 光信号发生机构,用于以预定周期反复产生基于光脉冲信号在其中循环的循环的循环次数而将其中的光频分量偏移以形成阶梯形状的光信号; 以及用于在使得光信号的电平变为零的定时产生虚拟光并将虚拟光提供给光放大机构的虚拟光产生机构。 上述环路由用于放大从光脉冲信号发生机构输出的光脉冲信号的光放大机构形成,用于将光脉冲信号延迟固定量的光延迟机构; 以及用于移动光脉冲信号的频率的频移机构。
    • 5. 发明授权
    • Apparatus for measuring distortion position of optical fiber
    • 用于测量光纤变形位置的装置
    • US5394235A
    • 1995-02-28
    • US214136
    • 1994-03-16
    • Nobunari TakeuchiTekken LeeKaoru ShimizuTsuneo Horiguchi
    • Nobunari TakeuchiTekken LeeKaoru ShimizuTsuneo Horiguchi
    • G01D21/00G01M11/00G02F1/35G01N21/88
    • G01M11/335G01M11/319G01M11/332
    • An apparatus for measuring a distortion position of an optical fiber is disclosed. A light source generates continuous light with frequency f.sub.0 and injects the continuous light into a far-end of an optical fiber to be measured. An optical coupler divides the outgoing continuous light from a near-end of the optical fiber. An optical amplifier amplifies output light from the optical coupler. A first optical switch generates a first optical pulse by switching output light from the optical amplifier. An optical frequency shifter generates a second optical pulse having frequency components (f.sub.0 +f.sub.m) based on the first optical pulse from the first optical switch. A second optical switch injects the second optical pulse into the near-end of the optical fiber. A display displays outgoing continuous light with frequency f.sub.0 from the near-end of the optical fiber via the optical coupler and the second optical switch. A timing control circuit controls the operation timing of the first and second optical switches and the optical frequency shifter.
    • 公开了一种用于测量光纤的失真位置的装置。 光源产生具有频率f0的连续光,并将连续的光注入要测量的光纤的远端。 光耦合器分离出来自光纤近端的输出连续光。 光放大器放大来自光耦合器的输出光。 第一光开关通过切换来自光放大器的输出光产生第一光脉冲。 光移位器基于来自第一光开关的第一光脉冲产生具有频率分量(f0 + fm)的第二光脉冲。 第二光开关将第二光脉冲注入光纤的近端。 显示器通过光耦合器和第二光开关显示来自光纤近端的频率f0的出射连续光。 定时控制电路控制第一和第二光开关和光移频器的操作定时。
    • 7. 发明授权
    • Roller of variable outer diameter type, and carrying apparatus and
method using the same
    • 可变外径型滚子,及其运载装置及方法
    • US5407054A
    • 1995-04-18
    • US151211
    • 1993-11-12
    • Yutaka MatsudaKaoru Shimizu
    • Yutaka MatsudaKaoru Shimizu
    • B65G13/06B65G47/54B65G37/00
    • B65G13/065B65G47/54
    • A roller of variable outer diameter type has a holding member having a plurality of through holes radially along a side surface and provided with a hollow portion communicating with these through holes; a sealing member having diaphragms arranged so as to correspond to the respective through holes; and sliders respectively fitted slidably in the through holes and forming an outer peripheral surface of the roller, the sealing member causing the sliders to urge and displace the sliders via the diaphragms by a fluid supplied thereinto in such a direction that the outer diameter of the roller is enlarged. This roller of variable outer diameter type is mounted on a rotary shaft portion in an apparatus for transferring articles such as a transporting conveyer or the like.
    • 可变外径型辊具有沿着侧面沿径向延伸的多个通孔的保持构件,并且设置有与这些通孔连通的中空部分; 密封构件,其具有布置成对应于相应通孔的隔膜; 以及分别装配在所述通孔中并形成所述辊的外周面的滑块,所述密封构件使得所述滑块通过所述膜片沿着所述辊的外径的方向通过所述隔膜推动和移动所述滑块, 被放大 该可变外径型滚轮安装在用于传送诸如输送输送机等物品的设备中的旋转轴部分上。
    • 8. 发明授权
    • Urine sampler
    • 尿液取样器
    • US5334348A
    • 1994-08-02
    • US972514
    • 1992-11-06
    • Koichiro SaitoKaoru Shimizu
    • Koichiro SaitoKaoru Shimizu
    • G01N33/48A61B5/20A61B10/00G01N33/493G01N33/50
    • A61B10/007
    • In one configuration, a urine sampler comprises a hollow, cylindrical main stick body that is closed at least at one end and has a plurality of urine collection apertures formed in the wall thereof and, in another, comprises a urine collector having a long rod-shaped handle, a urine collection member constituted continuously with the handle and provided with urine collection apertures and a urine accumulator constituted continuously with the base of the urine collection member, and a urine storage capsule having a cutter for cutting a portion of the urine collector, a urine container for receiving urine flowing in from the urine collector and a lid. In the second configuration, the urine collector and the urine storage capsule are separate units. The urine sampler of either configuration is compact and extremely easy to use for collecting a urine sample of the minimum required quantity and, moreover, enables the collected sample to be safely transferred without spilling.
    • 在一种构造中,尿液取样器包括中空的圆柱形主棒体,其至少在一端封闭,并且在其壁中形成有多个尿液收集孔,另外,还包括具有长杆状的尿液收集器, 尿液收集构件,其与手柄连续地构成并设置有尿液收集孔和与尿液收集构件的基部连续构成的尿液储存器,以及具有用于切割尿液收集器的一部分的切割器的尿液存储胶囊, 用于接收从尿液收集器流入的尿液的尿液容器和盖子。 在第二构造中,尿液收集器和尿液储存胶囊是分开的单元。 任何一种配置的尿液取样器是紧凑的,非常容易用于收集最小所需数量的尿液样品,此外,使收集的样品能够安全地转移而不会溢出。
    • 9. 发明授权
    • Development apparatus
    • 开发设备
    • US4194830A
    • 1980-03-25
    • US946384
    • 1978-09-26
    • Teruyuki OhnumaKaoru ShimizuSeiichi MiyakawaHajime Oyama
    • Teruyuki OhnumaKaoru ShimizuSeiichi MiyakawaHajime Oyama
    • G03G15/08G03G15/09G03G15/00
    • G03G15/0812G03G15/0914G03G2215/0614G03G2215/0641
    • A development apparatus for developing a latent electrostatic image formed on a photoconductor with a one-component type developer has a charging device comprising at least two charging members for charging the developer held in a developer container. The first charging member serves both as a doctor blade and for regulating the amount of the developer on the development roller, and the second charging member charges the developer before it is charged by the first charging member. In the second charging member, there is formed a hole for allowing the developer to pass therethrough. The developer scraped by the first charging member is returned to the developer container through the hole and part of the scraped developer is carried back to the first charging member, so that a developer circulation path is formed in the charging device. While passing through the developer circulation path, the developer is charged further, whereby the developer is sufficiently charged before it is actually used for development.
    • 用单组分型显影剂显影在感光体上形成的静电潜像的显影装置具有充电装置,该充电装置包括至少两个用于对保持在显影剂容器中的显影剂充电的充电构件。 第一充电构件既用作刮刀并用于调节显影辊上的显影剂的量,并且第二充电构件在由第一充电构件充电之前对显影剂充电。 在第二充电构件中,形成有用于使显影剂通过的孔。 由第一充电元件刮下的显影剂通过该孔返回到显影剂容器,并且刮出的显影剂的一部分被带回第一充电元件,从而在充电装置中形成显影剂循环路径。 当通过显影剂循环路径时,显影剂进一步充电,由此显影剂在实际用于显影之前被充分地充电。
    • 10. 发明申请
    • TRANSPORTATION DEVICE OF MEDICINE
    • 医学运输设备
    • US20080097372A1
    • 2008-04-24
    • US11856230
    • 2007-09-17
    • Kaoru ShimizuYasuhiro Muramatsu
    • Kaoru ShimizuYasuhiro Muramatsu
    • A61B19/00
    • A61J1/2089A61J1/10A61J1/1475A61J1/201A61J1/2051
    • A container for addition (co-infusion) of medicine to an infusion bag and aims to keep a positive sealed condition while preventing a number of parts from being increased and while maintaining a positive releasing of the sealed condition when an infusion process is carried out. A breakable lug 20 is integrally formed at a end of a port body 10 to which a soft container 80 for storing therein with a co-infusion liquid under a sealed manner, which lug 20 is able to be broken in order to obtain a release function. A rubber plug 98 of an infusion bag 90 is pierced by a needle body 11, while the port body 10 is press fitted into a straight bore of the needle body 11, so that the lug 20 is contacted with an opposed bottom wall of the needle body 11, resulting in at least partial breakage of the lug 20, thereby forming an opening 89 at the portion where the breakage is taken place, so that the medicine in the soft container 80 is transported (co-infused) into the infusion bag 90.
    • 一种用于将药物添加(共同输注)到输液袋的容器,其目的是保持正的密封状态,同时防止多个部件增加,同时在进行浸渍过程时保持密封状态的正向释放。 可破坏的凸耳20一体地形成在端口主体10的端部处,在该端部主体10的一端形成有用于在其中存储有密封方式的共同输注液体的软容器80,该凸起20能够被破坏以获得释放功能 。 输液袋90的橡胶塞98被针体11刺穿,同时端口主体10压配合到针体11的直孔中,使得凸耳20与针的相对的底壁接触 主体11导致凸耳20的至少部分断裂,从而在发生断裂的部分形成开口89,使得软容器80中的药物被输送(共注入)到输液袋90中 。