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    • 1. 发明授权
    • Spark ignition engine
    • 火花点火发动机
    • US09316142B2
    • 2016-04-19
    • US13600305
    • 2012-08-31
    • Hiroshi InoueMasaharu OhnoYutaka TeruumiHiroyuki Tsuda
    • Hiroshi InoueMasaharu OhnoYutaka TeruumiHiroyuki Tsuda
    • F02B1/02F02P13/00
    • F02B1/02F02P13/00
    • A spark ignition engine capable of fixing an ignition coil case even in a small engine includes an intake manifold 9 attached to a cylinder head 1, a coil case attachment stay 10 attached to the intake manifold 9, a cylinder portion through hole 12 formed on a board 11 of the coil case attachment stay 10, and a coil case attaching portion 13 provided in an upper part of the board 11. A flexible cylinder portion is caused to penetrate through a cylinder portion through hole, a tongue piece 15 is caused to protrude from a coil case peripheral wall 14 of an ignition coil case 7. The tongue piece 15 is mounted on the coil case attaching portion 13 and the coil case peripheral wall 14 is caused to abut on an edge portion 16 of the coil case attaching portion 13.
    • 能够在小型发动机中固定点火线圈壳体的火花点火式发动机包括安装在气缸盖1上的进气歧管9,安装在进气歧管9上的线圈套附件支柱10, 线圈盒附件支架10的板11以及设置在基板11的上部的线圈套安装部13.使柔性圆筒部穿过圆筒部通孔,使舌片15突出 从点火线圈壳体7的线圈壳体周壁14插入。舌片15安装在线圈壳体安装部13上,线圈壳体周壁14与线圈壳体安装部13的边缘部16抵接 。
    • 5. 发明授权
    • Liquid crystal Fabry-Perot etalon with glass spacer
    • 液晶法布里 - 珀罗标准具与玻璃间隔
    • US5321539A
    • 1994-06-14
    • US829383
    • 1992-02-03
    • Katsuhiko HirabayashiHiroyuki TsudaTakashi Kurokawa
    • Katsuhiko HirabayashiHiroyuki TsudaTakashi Kurokawa
    • G02F1/13G02F1/21G02F1/137G02B27/00
    • G02F1/216G02F1/13G02F2001/213G02F2203/055
    • A tunable wavelength-selective filter includes a glass substrate, a transparent electrode layer, a highly reflective mirror, an alignment layer, a liquid crystal layer, another alignment layer, a transparent material layer whose refractivity index is substantially equal to that of the liquid crystal layer, another highly reflective mirror, another transparent electrode layer, and another glass substrate, which are stacked in this order. An etalon cavity of the filter includes two layers, the liquid crystal layer and the transparent material layer (such as a glass plate), which enables the cavity length to be increased without increasing absorption and scattering of the cavity. This makes it possible to narrow the FWHM, quicken the response time, and increase the transmittance of the filter. Applications for the filter include a double cavity structure tunable wavelength-selective filter of a wide tunable range, and a photodetector of a simple construction.
    • 可调波长选择滤光器包括玻璃基板,透明电极层,高反射镜,取向层,液晶层,另一取向层,其折射率基本上等于液晶的透明材料层 层,另一高反射镜,另一透明电极层,以及另一玻璃基板。 滤光器的标准具腔包括液晶层和透明材料层(例如玻璃板)两层,其能够增加空腔长度而不增加空腔的吸收和散射。 这使得可以缩小FWHM,加快响应时间,并增加滤光片的透射率。 用于滤波器的应用包括宽可调范围的双腔结构可调谐波长选择滤波器和简单结构的光电检测器。
    • 6. 发明申请
    • SPARK IGNITION ENGINE
    • 火花点火发动机
    • US20130061834A1
    • 2013-03-14
    • US13600305
    • 2012-08-31
    • Hiroshi INOUEMasaharu OHNOYutaka TERUUMIHiroyuki TSUDA
    • Hiroshi INOUEMasaharu OHNOYutaka TERUUMIHiroyuki TSUDA
    • F02P15/00
    • F02B1/02F02P13/00
    • A spark ignition engine capable of fixing an ignition coil case even in a small engine includes an intake manifold 9 attached to a cylinder head 1, a coil case attachment stay 10 attached to the intake manifold 9, a cylinder portion through hole 12 formed on a board 11 of the coil case attachment stay 10, and a coil case attaching portion 13 provided in an upper part of the board 11. A flexible cylinder portion is caused to penetrate through a cylinder portion through hole, a tongue piece 15 is caused to protrude from a coil case peripheral wall 14 of an ignition coil case 7. The tongue piece 15 is mounted on the coil case attaching portion 13 and the coil case peripheral wall 14 is caused to abut on an edge portion 16 of the coil case attaching portion 13.
    • 能够在小型发动机中固定点火线圈壳体的火花点火式发动机包括安装在气缸盖1上的进气歧管9,安装在进气歧管9上的线圈套安装支架10, 线圈盒附件支架10的板11以及设置在基板11的上部的线圈套安装部13.使柔性圆筒部穿过圆筒部通孔,使舌片15突出 从点火线圈壳体7的线圈壳体周壁14插入。舌片15安装在线圈壳体安装部13上,线圈壳体周壁14与线圈壳体安装部13的边缘部16抵接 。
    • 8. 发明授权
    • Optical waveguide-type wavelength domain switch
    • 光波导型波长域开关
    • US08229258B2
    • 2012-07-24
    • US12585516
    • 2009-09-16
    • Hiroshi IshikawaToshifumi HasamaHitoshi KawashimaKenji KintakaMasahiko MoriHisato UetsukaHiroyuki TsudaKeisuke Sorimoto
    • Hiroshi IshikawaToshifumi HasamaHitoshi KawashimaKenji KintakaMasahiko MoriHisato UetsukaHiroyuki TsudaKeisuke Sorimoto
    • G02B6/26G02F2/00H04J14/00
    • G02F1/31G02B6/12014G02B6/12016G02B6/12021G02B6/2713G02B6/2793G02B6/30G02B6/3548G02B6/356G02F2203/58G02F2203/585
    • An optical waveguide-type wavelength domain switch includes a waveguide-type multi/demultiplexing device laminate comprising three or more laminated waveguide-type multi/demultiplexing devices, a lens system positioned on a demultiplex side of the waveguide-type multi/demultiplexing device laminate, and a reflective optical phase-modulating cell positioned on an opposite side of the waveguide-type multi/demultiplexing device laminate to the lens system. The lens system includes a lens alignment composed of plural lenses in one-to-one correspondence with the waveguide-type multi/demultiplexing devices and having a light-collecting or collimating function in the lens-aligning direction, an image-magnifying optical system having an N:1 (N>1) image-magnifying function arranged on the optical phase-modulating cell side of the lens alignment, an f-f lens (Y) arranged on the optical phase-modulating cell side of the image-magnifying optical system, and having a light-collecting or collimating function in the same direction as the lens-aligning direction of the lens alignment, and an f-f lens (X) having a light-collecting or collimating function in a perpendicular direction to the lens-aligning direction of the lens alignment.
    • 光波导型波长域开关包括:波导型多路解复用器件层叠体,其包含三个或更多个层叠波导型多路解复用器件,位于波导型多路解复用器件层叠体的解复用侧的透镜系统, 以及反射光学相位调制单元,其位于与所述透镜系统的所述波导型多路解复用器件层叠体的相反侧。 透镜系统包括由多个透镜组成的透镜对准,与波导型多路/多路分离装置一一对应,并且在透镜对准方向上具有聚光或准直功能,图像放大光学系统具有 配置在透镜对准的光学相位调制单元侧的N:1(N> 1)图像放大功能,配置在图像放大光学系统的光学相位调制单元侧的ff透镜(Y) 并且在与透镜对准方向的透镜对准方向相同的方向上具有聚光或准直功能,以及在与透镜对准方向垂直的方向上具有聚光或准直功能的ff透镜(X) 镜头对准。
    • 9. 发明申请
    • WAVELENGTH DOMAIN OPTICAL SWITCH
    • 波长域光开关
    • US20110182545A1
    • 2011-07-28
    • US13014151
    • 2011-01-26
    • Hiroshi IshikawaToshifumi HasamaHitoshi KawashimaKenji KintakaMasahiko MoriHisato UetsukaHiroyuki TsudaKeisuke Sorimoto
    • Hiroshi IshikawaToshifumi HasamaHitoshi KawashimaKenji KintakaMasahiko MoriHisato UetsukaHiroyuki TsudaKeisuke Sorimoto
    • G02B6/26
    • G02B6/2773G02B6/12021G02B6/3594G02F1/313
    • To provide a waveguide type wavelength domain optical switch which makes it possible to use a cheap lens, makes it possible to correct aberration of the demultiplexed wavelengths produced in a plurality of waveguide type demultiplexing circuits, a wavelength domain optical switch is provided with: an integrated element formed by laminating three or more waveguide type demultiplexing circuits; a first lens for collecting light emitted from the integrated element; a polarization separation element for separating light emitted from the first lens into X polarization and Y polarization and emitting the X polarization and the Y polarization at different angles; a second lens for collecting the X polarization and the Y polarization; a first reflective optical phase modulator for reflecting the collected X polarization and Y polarization at any angles; a ½-wavelength plate disposed between the second lens and the first reflective optical phase modulator in order to make polarization directions of the X polarization and the Y polarization identical; and a second reflective optical phase modulator for inputting light from the first reflective optical phase modulator into one of the waveguide type demultiplexing circuits.
    • 为了提供使得可以使用廉价透镜的波导型波长域光开关,可以校正在多个波导型解复用电路中产生的解复用波长的像差,波长域光开关具有:集成 通过层叠三个或更多个波导型解复用电路形成的元件; 用于收集从所述集成元件发射的光的第一透镜; 用于将从第一透镜发射的光分离成X偏振和Y偏振并以不同角度发射X偏振和Y偏振的偏振分离元件; 用于收集X偏振和Y偏振的第二透镜; 用于以任何角度反射所收集的X偏振和Y偏振的第一反射光学相位调制器; 设置在第二透镜和第一反射光学相位调制器之间的1/2波长板,以使X偏振和Y偏振的偏振方向相同; 以及第二反射光学相位调制器,用于将来自第一反射型光学相位调制器的光输入波导型解复用电路之一。
    • 10. 发明申请
    • VAPORIZED-FUEL PROCESSING DEVICE FOR AN ENGINE
    • 用于发动机的蒸汽燃料加工装置
    • US20100199954A1
    • 2010-08-12
    • US12697427
    • 2010-02-01
    • Hiroshi INOUEHiroyuki TSUDAYutaka TERUUMINoriaki KOBAYASHISeiji IZUHARA
    • Hiroshi INOUEHiroyuki TSUDAYutaka TERUUMINoriaki KOBAYASHISeiji IZUHARA
    • F02M33/02
    • F02M25/089F02M35/10144F02M35/10222
    • The present invention has an object to provide a vaporized-fuel processing device for an engine, capable of stabilizing the idling operation.In order to accomplish the above object, the vaporized fuel (9) within a fuel reservoir (5) is adsorbed to an adsorbing member of a canister (1). While the engine is in operation, the air (10) is sucked from an air inlet (3) into the canister (1) with the intake-air negative pressure produced in an intake-air passage (7). This air (10) separates the vaporized fuel (9) adsorbed to the adsorbing member of the canister (1). Purge gas resulting from mixing the vaporized fuel (9) into the air (10) is sucked from a purge-gas sucking port (8) into the intake-air passage (7). A throttle valve (14) is arranged in a throttle intake-air passage (13) of a throttle body (12). An intake-air pipe (15) is disposed intake-upstream of the throttle body (12) and is communicated with the throttle intake-air passage (13). The intake-air pipe (15) has a peripheral wall (16) to which a purge-gas sucking pipe (17) is detachably attached. The purge-gas sucking port (8) is provided within the purge-gas sucking pipe (17).
    • 本发明的目的是提供一种能够稳定怠速运转的用于发动机的汽化燃料处理装置。 为了实现上述目的,燃料储存器(5)内的蒸发燃料(9)被吸附到罐(1)的吸附构件上。 当发动机运转时,空气(10)由进气通道(7)中产生的进气负压从空气入口(3)吸入罐(1)。 该空气(10)分离吸附在罐(1)的吸附部件上的汽化燃料(9)。 将蒸发的燃料(9)混合到空气(10)中产生的净化气体从净化气体吸入口(8)被吸入进气通道(7)。 节流阀(14)设置在节气门体(12)的节气门吸气通路(13)内。 进气管(15)设置在节气门体(12)的上游侧并且与节气门吸入通路(13)连通。 进气管(15)具有可拆卸地安装吹扫气体吸管(17)的周壁(16)。 吹扫气体吸入口(8)设置在吹扫气体吸入管(17)内。