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    • 3. 发明授权
    • Pressure sensor
    • 压力传感器
    • US07114396B2
    • 2006-10-03
    • US11070278
    • 2005-03-03
    • Teruo OdaYasuo Shibata
    • Teruo OdaYasuo Shibata
    • G01L7/08
    • G01L19/0645G01L23/18
    • A pressure sensor has a sensing unit and a pressure transmitting rod housed in a case, and a pressure receiving diaphragm. The case has a sensing unit housing portion and a pipe portion that extends from the sensing unit housing portion in a form of a pipe. The pipe portion includes an inner pipe and an outer pipe. The inner pipe is arranged inside the outer pipe and fixed to the outer pipe. The pipe portion has the first end located adjacent to the sensing unit and the second end away from the sensing unit. The inner pipe is projected from the outer pipe at the second end of the pipe portion. The pressure receiving diaphragm is welded to the inner pipe at the second end of the pipe portion such that it covers an opening of the inner pipe. The pressure transmitting rod is arranged inside the case such that its first end and second end are located on the sensing unit side and the pressure receiving diaphragm side, respectively. Pressure received by the pressure sensing diaphragm is transmitted to the sensing unit via the pressure transmitting rod.
    • 压力传感器具有容纳在壳体中的感测单元和压力传递杆以及受压隔膜。 壳体具有感测单元容纳部分和从感测单元壳体部分以管的形式延伸的管部分。 管部包括内管和外管。 内管布置在外管内并固定在外管上。 管部分具有位于感测单元附近的第一端,远离感测单元的第二端。 内管在管部的第二端从外管突出。 压力接收隔膜在管部分的第二端处焊接到内管,使得其覆盖内管的开口。 压力传递杆设置在壳体内,使得其第一端和第二端分别位于感测单元侧和受压膜侧。 由压力传感膜接受的压力通过压力传递杆传递到传感单元。
    • 4. 发明授权
    • Light-controlled light modulator
    • 光控光调制器
    • US06753996B2
    • 2004-06-22
    • US09953796
    • 2001-09-17
    • Yasuo ShibataYasuhiro SuzukiYoshihisa SakaiYasumasa SuzakiAkira OkadaKazuto NoguchiRieko Sato
    • Yasuo ShibataYasuhiro SuzukiYoshihisa SakaiYasumasa SuzakiAkira OkadaKazuto NoguchiRieko Sato
    • G02F101
    • G02F1/3517G02F2/004
    • A light-controlled light modulator can achieve high-speed, low-loss wavelength conversion. Continuous light with a wavelength &lgr;j is launched into an MMI coupler via a port, and is split into two parts by the MMI coupler, which are led to a loop-type interferometer. In the loop-type interferometer, the two parts travel separately around the loop as clockwise traveling light and counterclockwise traveling light, are combined by the MMI coupler again via a filter-equipped phase modulator, thereby being emitted to the port. In this state, signal light &lgr;i(s) with a wavelength &lgr;i is launched into the filter-equipped phase modulator via a port. Even when the wavelength &lgr;i of the signal light &lgr;i(s) is equal to the wavelength &lgr;j of the wavelength converted output light, the wavelength conversion can be achieved with preventing noise from being mixed into the output light emitted from a port.
    • 光控光调制器可以实现高速,低损耗的波长转换。 具有波长lambdaj的连续光通过端口发射到MMI耦合器中,并由MMI耦合器分为两部分,其被引导到环型干涉仪。 在循环式干涉仪中,两个部件围绕环路分别作为顺时针行进光和逆时针方向的行进光,通过MMI耦合器再次通过配有滤波器的相位调制器组合,从而被发射到端口。 在这种状态下,具有波长lambdai的信号灯lambdai通过端口发射到装有滤波器的相位调制器中。 即使当信号光的波长长度等于波长转换的输出光的波长lambdaj时,也可以通过防止噪声混入从端口发出的输出光中来实现波长转换。
    • 5. 发明授权
    • Optical switch
    • 光开关
    • US5444802A
    • 1995-08-22
    • US341929
    • 1994-11-16
    • Yasuo ShibataMasahiro Ikeda
    • Yasuo ShibataMasahiro Ikeda
    • G02F1/35G02B6/00
    • G02F1/3521G02F2201/063G02F2201/066G02F2201/30G02F2202/10
    • A grating optical switch has at least one switch region for ON-OFF switch control of a signal light transmission and a signal light reflection, at least one input/output optical waveguide region for guiding the signal light to the switch, at least one coupler region for coupling the control light colinearly to the signal light and for guiding the control light to the switch region together with the signal light, and at least one separator region for separating the signal light and the control light. The switch region transmits the signal light when the control light is coupled while reflecting the signal light when the control light is not coupled.
    • 光栅光开关具有用于信号光透射和信号光反射的ON-OFF开关控制的至少一个开关区域,用于将信号光引导至开关的至少一个输入/输出光波导区域,至少一个耦合器区域 用于将控制光共线耦合到信号光并将控制光与信号光一起引导到开关区域,以及用于分离信号光和控制光的至少一个分离器区域。 当控制光不耦合时,开关区域发射信号光,同时在控制光不耦合时反射信号光。
    • 7. 发明授权
    • Light-controlled light modulator
    • 光控光调制器
    • US06961169B2
    • 2005-11-01
    • US10823179
    • 2004-04-13
    • Yasuo ShibataYasuhiro SuzukiYoshihisa SakaiYasumasa SuzakiAkira OkadaKazuto NoguchiRieko Sato
    • Yasuo ShibataYasuhiro SuzukiYoshihisa SakaiYasumasa SuzakiAkira OkadaKazuto NoguchiRieko Sato
    • G02F1/35G02F2/00G02F1/01G02F1/00G02F1/295H04J14/00
    • G02F1/3517G02F2/004
    • A light-controlled light modulator can achieve high-speed, low-loss wavelength conversion. Continuous light with a wavelength λj is launched into an MMI coupler via a port, and is split into two parts by the MMI coupler, which are led to a loop-type interferometer. In the loop-type interferometer, the two parts travel separately around the loop as clockwise traveling light and counterclockwise traveling light, are combined by the MMI coupler again via a filter-equipped phase modulator, thereby being emitted to the port. In this state, signal light λi(s) with a wavelength λi is launched into the filter-equipped phase modulator via a port. Even when the wavelength λi of the signal light λi(s) is equal to the wavelength λj of the wavelength converted output light, the wavelength conversion can be achieved with preventing noise from being mixed into the output light emitted from a port.
    • 光控光调制器可以实现高速,低损耗的波长转换。 具有波长lambdaj的连续光通过端口发射到MMI耦合器中,并由MMI耦合器分为两部分,其被引导到环型干涉仪。 在循环式干涉仪中,两个部件围绕环路分别作为顺时针行进光和逆时针方向的行进光,通过MMI耦合器再次通过配有滤波器的相位调制器组合,从而被发射到端口。 在这种状态下,具有波长lambdai的信号灯lambdai通过端口发射到装有滤波器的相位调制器中。 即使当信号光的波长长度等于波长转换的输出光的波长lambdaj时,也可以通过防止噪声混入从端口发出的输出光中来实现波长转换。