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    • 1. 发明授权
    • Multicylinder internal combustion engine with resonator
    • 具有谐振器的多缸内燃机
    • US07556010B2
    • 2009-07-07
    • US11902182
    • 2007-09-19
    • Takeshi EgawaKenji Koga
    • Takeshi EgawaKenji Koga
    • F02M35/10
    • F02M35/10288F02B27/021F02B27/0247F02M35/10295F02M35/10308F02M35/10321F02M35/1036F02M35/112F02M35/1255F02M35/1277Y02T10/146
    • A multicylinder internal combustion engine E has a cylinder head 2; a cylinder head cover 3; an intake manifold 20 having a header body 21 disposed right above an engine body and intake runners 22; and a resonator 50. Each of the intake runners 22 has a bend 24 extending away from cylinder axes L in a longitudinal direction A2 perpendicular to the cylinder axes L, and curving so as to extend reversely toward the cylinder axes L. The resonator 50 is disposed opposite to the engine body with respect to the intake manifold 20 and is nearer to the cylinder axes L than outermost end parts 24a of the bends 24. The engine including the in take manifold and the resonator can be formed in a small dimension with respect to a longitudinal direction perpendicular to the cylinder axes, and the resonance chamber of the resonator can be easily formed to have a necessary volume.
    • 多缸内燃机E具有气缸盖2; 气缸盖盖3; 具有设置在发动机主体正上方的集管主体21和进气流道22的进气歧管20; 每个进气流道22具有在垂直于气缸轴线L的纵向方向A2上从气缸轴线L延伸的弯曲部24,并且相对于气缸轴线L反向弯曲。谐振器50是 与发动机主体相对于进气歧管20相对设置并且比弯头24的最外端部24a更靠近气缸轴线L.包括进气歧管和谐振器的发动机可以相对于 垂直于气缸轴线的纵向方向,并且谐振器的共振室可以容易地形成为具有必要的体积。
    • 2. 发明申请
    • Multicylinder internal combustion engine with resonator
    • 具有谐振器的多缸内燃机
    • US20080072863A1
    • 2008-03-27
    • US11902182
    • 2007-09-19
    • Takeshi EgawaKenji Koga
    • Takeshi EgawaKenji Koga
    • F02M35/104
    • F02M35/10288F02B27/021F02B27/0247F02M35/10295F02M35/10308F02M35/10321F02M35/1036F02M35/112F02M35/1255F02M35/1277Y02T10/146
    • A multicylinder internal combustion engine E has a cylinder head 2; a cylinder head cover 3; an intake manifold 20 having a header body 21 disposed right above an engine body and intake runners 22; and a resonator 50. Each of the intake runners 22 has a bend 24 extending away from cylinder axes L in a longitudinal direction A2 perpendicular to the cylinder axes L, and curving so as to extend reversely toward the cylinder axes L. The resonator 50 is disposed opposite to the engine body with respect to the intake manifold 20 and is nearer to the cylinder axes L than outermost end parts 24a of the bends 24. The engine including the in take manifold and the resonator can be formed in a small dimension with respect to a longitudinal direction perpendicular to the cylinder axes, and the resonance chamber of the resonator can be easily formed to have a necessary volume.
    • 多缸内燃机E具有气缸盖2; 气缸盖盖3; 具有设置在发动机主体正上方的集管主体21和进气流道22的进气歧管20; 每个进气流道22具有在垂直于气缸轴线L的纵向方向A2上从气缸轴线L延伸的弯曲部24,并且相对于气缸轴线L反向弯曲。谐振器50是 与发动机主体相对于进气歧管20相对设置并且比弯头24的最外端部分24a更靠近气缸轴线L.包括进气歧管和谐振器的发动机可以形成为小尺寸, 相对于垂直于气缸轴线的纵向方向,并且谐振器的共振室可以容易地形成为具有必要的体积。
    • 3. 发明授权
    • Data input/output device for a camera
    • 用于摄像机的数据输入/输出设备
    • US5130734A
    • 1992-07-14
    • US154540
    • 1988-02-05
    • Nobuyuki TaniguchiTakeshi EgawaTohru MatsuiTakanobu OmakiNorio IshikawaAkiyoshi NakamuraShuzo Matsushita
    • Nobuyuki TaniguchiTakeshi EgawaTohru MatsuiTakanobu OmakiNorio IshikawaAkiyoshi NakamuraShuzo Matsushita
    • G02B7/36
    • G02B7/36
    • In an interchangeable lens including an optical system adjustable for focusing and adapted to be detachably mounted on a camera body which is provided with focus detection means for detecting an amount of defocus of an object image formed by the optical system, and drive means for driving the optical system for the focus adjustment thereof in accordance with the detected amount of defocus. The interchangeable lens comprises, inter alia, a code plate for producing a plurality of digital photographic distance signals representing given discrete photographic distances of the optical system in accordance with the adjustment of the optical system for focusing. Circuit means output a predetermined one of a plurality of inputs, the plurality of outputs including a plurality of conversion coefficients needed for converting the detected amount of defocus into the amount of drive to be effected by the driving means, the conversion coefficients being intrinsic to the interchangeable lens and having values depending upon the discrete photographic distances of the optical system represented by the digital photographic distance signals, respectively.The digital photographic distance signals are applied to the circuit means as the predetermined input to cause the circuit means to output one of the conversion coefficients as the predetermined output, the value of which depends upon the photographic distance of the optical system represented by the one digital photographic distance signal being produced. The output conversion coefficient are transmitted to the camera body.
    • 5. 发明授权
    • Focus detection system and lighting device therefor
    • 对焦检测系统及其照明装置
    • US4926206A
    • 1990-05-15
    • US300237
    • 1989-01-23
    • Tohru MatsuiTakeshi Egawa
    • Tohru MatsuiTakeshi Egawa
    • G02B7/34G03B15/05
    • G02B7/346G03B15/05G03B2215/0535G03B2215/0553
    • A lighting device such as an electronic flash device attachable to a camera body includes first and second light projecting optical systems which project first and second light fluxes for illuminating an object to aid focus detection by a focus detection device. The second light flux spreads at a larger solid angle than the first light flux and illuminates a first distance zone which extends to a closer distance side while covering the whole of a second distance zone illuminated by the first light flux. An optical wedge disposed in the second light projecting optical system deflects a part of the second light flux towards the closer distance side of the first distance zone. Another lighting device includes a single light projecting optical system but it also includes an optical wedge for deflecting a part of a light flux projected by the light projecting optical system to widen a distance zone illuminated by the light flux towards a closer distance. The optical wedge also serves to produce a difference in intensity distribution of the light flux such that the light flux has higher intensity at a part thereof for illuminating a farther distance side of the distance zone than at a part thereof for illuminating a closer distance side of the distance zone. A light source of the light projecting optical system(s) is provided with a conical light reflecter surrounding a light emitting diode to reflect light emitted from side surfaces of the light emitting diode forward.
    • 9. 发明授权
    • Pentagonal prism module for camera viewfinder
    • 用于相机取景器的五角棱镜模块
    • US4278339A
    • 1981-07-14
    • US148596
    • 1980-05-12
    • Isamu UchidaYasuo YamazakiTakeshi Egawa
    • Isamu UchidaYasuo YamazakiTakeshi Egawa
    • G03B19/12G03B13/08
    • G03B19/12
    • A pentagonal prism for use in a viewfinder of a single lens reflex camera makes use of total reflection of viewfinder light flux at effective optical path regions on its pair of roof surfaces. The prism constitutes a module together with a protection cover attachable thereto for protection of the roof surfaces. The cover is provided with a pair of roof walls accomodated to the roof surfaces of the prism and including recessed portions corresponding to the effective optical path regions on the roof surfaces and peripheral portions corresponding to portions on the roof walls out of the effective optical path regions. Upon attachment of the cover to the prism, the peripheral portions contact the portions on the roof surfaces out of the effective optical path regions and an air space which ensures the total reflection is left between the inner surfaces of the recessed portions and the effective optical path regions on the roof surfaces. A ghost may be prevented from occurring when the inner surfaces of the roof walls are black-frosted, black-ground or black-roughened for light absorption or when the roof walls are designed to intersect with one another at a ridge angle of less than 90.degree. .
    • 用于单镜头反光相机取景器的五棱镜利用其对对屋顶表面上有效光路区域的取景器光通量的全反射。 棱镜与可附接到其上的保护盖一起构成模块,以保护屋顶表面。 该盖设有一对屋顶壁,其与棱镜的屋顶表面相对应,并且包括对应于屋顶表面上的有效光路区域的凹陷部分和与有效光路区域之外的屋顶壁上的部分相对应的周边部分 。 在将盖子附接到棱镜时,周边部分接触有效光路区域之外的屋顶表面上的部分,并且确保在凹部的内表面和有效光路之间留下全反射的空气空间 屋顶表面的区域。 当屋顶壁的内表面被黑色磨砂,黑色或黑色粗糙化以用于光吸收时或者当屋顶壁被设计成以小于90°的脊角彼此相交时,可以防止发生鬼 DEG。
    • 10. 发明授权
    • Camera system capable of automatic focus control
    • 相机系统能够进行自动对焦控制
    • US5142318A
    • 1992-08-25
    • US748794
    • 1991-08-22
    • Nobuyuki TaniguchiNorio IshikawaYasuaki AkadaTakeshi EgawaKunio Kawamura
    • Nobuyuki TaniguchiNorio IshikawaYasuaki AkadaTakeshi EgawaKunio Kawamura
    • G03B3/10
    • G03B3/10
    • A camera system with an auto-focusing system includes a camera body and an interchangeable zoom lens. The interchangeable objective lens stores various data to be sent to the camera body for improving automatic focus adjustment, such as an information necessary to convert the detected defocus information into a movement of the driving power source to carry out the automatic focus adjustment. The driving power source in the camera body is controlled in responses to the data from the interchangeable objective lens and the detected focus information, the driving power being transmitted to the interchangeable objective lens. The camera body is further capable of inhibiting the focus adjustment or focus indication in response to a data from the interchangeable objective lens under an unfavorable condition.
    • 具有自动对焦系统的相机系统包括相机主体和可互换的变焦镜头。 可互换物镜存储要发送到相机机身的各种数据,以改善自动对焦调整,诸如将检测到的散焦信息转换为驱动电源的移动以执行自动聚焦调整所需的信息。 响应于来自可互换物镜的数据和检测到的焦点信息来控制相机机身中的驱动电源,驱动功率被传送到可更换物镜。 相机体还能够在不利条件下响应于来自可互换物镜的数据而抑制焦点调节或聚焦指示。