会员体验
专利管家(专利管理)
工作空间(专利管理)
风险监控(情报监控)
数据分析(专利分析)
侵权分析(诉讼无效)
联系我们
交流群
官方交流:
QQ群: 891211   
微信请扫码    >>>
现在联系顾问~
热词
    • 2. 发明授权
    • Camera device having posterior filter
    • 具有后置过滤器的相机装置
    • US06839512B1
    • 2005-01-04
    • US10740592
    • 2003-12-22
    • Katsuhiko NishikawaTakashi Itohiya
    • Katsuhiko NishikawaTakashi Itohiya
    • G02B7/10G02B5/22G02B7/02G02B7/04G03B3/00G03B11/00G03B13/32H04N5/225
    • G03B13/32
    • The present invention is directed to a camera device having a posterior filter which is of compact design and facilitates attachment and detachment of optical elements such as a posterior filter. The camera device comprises a fixed lens barrel having its inner surface formed with a first helicoidal member, an active focusing barrel, for manual adjustment, rotatably disposed about an optical axis over an outer surface of the fixed lens barrel, a revolving barrel rotatably disposed about the optical axis over an inner surface of the fixed lens barrel and having its outer surface formed with a second helicoidal member, the second helicoidal member being cooperatively mated with the first helicoidal member, a coupling element communicating rotary motion of the active focusing barrel to the revolving barrel without conveying linear motion along the optical axis, a holder of a trailing lens(es) fixed to the revolving barrel in unit, a posterior filter holder receiving the linear motion along the optical axis from either the revolving barrel or the trailing lens holder but not the rotary motion from the same and detachably holding the posterior filter, and a rotary motion restriction member built in the fixed lens barrel for impeding the rotary motion of the trailing lens holder.
    • 本发明涉及具有紧凑设计的后过滤器并且便于诸如后过滤器之类的光学元件的附接和拆卸的照相机装置。 照相机装置包括固定透镜镜筒,其内表面形成有第一螺旋形构件,用于手动调节的主动聚焦镜筒,可旋转地围绕固定镜筒的外表面上的光轴设置;可旋转地设置在旋转镜筒周围的旋转镜筒 所述光轴在所述固定透镜镜筒的内表面上并且其外表面形成有第二螺旋构件,所述第二螺旋构件与所述第一螺旋构件配合地配合;联接元件,其将所述主动聚焦筒的旋转运动传递到 旋转筒而不沿着光轴传送线性运动,固定在单元中的后视镜的保持器,后过滤器保持器沿着光轴从旋转筒或后视镜保持器接收线性运动 而不是来自相同的可拆卸地保持后过滤器的旋转运动和旋转运动限制 内置在固定镜筒中的构件,用于阻止后视镜保持器的旋转运动。
    • 3. 发明授权
    • Cathode current detecting method and detecting circuit capable of
correctly detecting cathode current by clamping leak current at 0 V
    • US5686801A
    • 1997-11-11
    • US528430
    • 1995-09-14
    • Katsuhiko NishikawaHiroya Ikeda
    • Katsuhiko NishikawaHiroya Ikeda
    • H04N5/18H01J29/98H04N5/59H04N5/68H04N9/73H01J29/52
    • H01J29/98H04N5/68
    • A cathode current detecting method wherein both a highlight detection pulse used to detect a white component and a cutoff detection pulse used to detect a black component are input to a signal input unit, and a cathode current flowing through a cathode is detected which corresponds to one of the highlight detection pulse and the cutoff detection pulse, includes the steps of: outputting a leak current detection pulse having the same magnitude as that of the cutoff detection pulse at a preselected timing; prohibiting an electron beam emitted from the cathode from flowing through an anode at the preselected timing; and detecting the leak current flowing through the cathode in response to the leak current detection pulse at the preselected timing to clamp a voltage corresponding to the leak current to a predetermined reference potential. A cathode current detecting circuit is provided wherein both a highlight detection pulse used to detect a white component and a cutoff detection pulse used to detect a black component are inputted to a signal input unit, and a cathode current corresponding to an electron beam flowing from a cathode to an anode based upon one of the highlight detection pulse and the cutoff detection pulse, of: includes a signal output circuit for outputting a leak current detection pulse having the same magnitude pulse as that of the cutoff detection pulse at a preselected timing; A current for prohibiting the electron beam emitted from the cathode from flowing at the preselected timing; a prohibit signal circuit for outputting a signal used to cause the prohibiting circuit to perform a prohibit operation in response to the output from the signal output circuit at the preselected timing; and a clamping circuit for detecting a leak current flowing through the cathode in response to the leak current detection pulse at the preselected timing to clamp a voltage corresponding to the leak current to a predetermined reference potential.
    • 4. 发明授权
    • Imaging lens with a lens position adjusting mechanism
    • 具有镜头位置调节机构的成像镜头
    • US08284508B2
    • 2012-10-09
    • US12975882
    • 2010-12-22
    • Atsushi ShimaneKatsuhiko Nishikawa
    • Atsushi ShimaneKatsuhiko Nishikawa
    • G02B7/02
    • G02B7/10
    • An imaging lens for adjusting a position of an adjusting lens to be carried out easily and which has an improved impact resistance. The imaging lens includes a lens frame for supporting a lens serving as an adjusting lens and a support frame for supporting the lens frame. A contact section for support frame adjustment operable to come into contact with the lens frame is arranged in the support frame. A contact section for lens frame adjustment operable to come into contact with the support frame is arranged in the lens frame. The lens frame is configured such that the fastening force generated between the lens frame and the support frame can be applied vertical with respect to the contact section for support frame adjustment in a state of the contact section for lens frame adjustment held in contact with the contact section for support frame adjustment.
    • 一种成像透镜,用于容易地调节调节透镜的位置并具有改进的抗冲击性。 成像透镜包括用于支撑用作调节透镜的透镜的透镜框架和用于支撑透镜框架的支撑框架。 用于支撑框架调整的可操作以与透镜框架接触的接触部分布置在支撑框架中。 用于透镜框架调整的可操作以与支撑框架接触的接触部分布置在透镜框架中。 透镜框架被构造成使得在透镜框架和支撑框架之间产生的紧固力可以相对于用于支撑框架调节的接触部分垂直地施加在与触点接触的透镜框架调节的接触部分的状态 支持框架调整。
    • 5. 发明授权
    • Network management method, program and system for constructing a parallel computer system
    • 网络管理方法,构建并行计算机系统的程序和系统
    • US07602799B2
    • 2009-10-13
    • US11476630
    • 2006-06-29
    • Yoshiro IkedaAkihiro YasuoAtsushi MoriAkira AsatoKatsuhiko Nishikawa
    • Yoshiro IkedaAkihiro YasuoAtsushi MoriAkira AsatoKatsuhiko Nishikawa
    • H04L12/54
    • H04L41/0896H04L12/12Y02D50/30Y02D50/40
    • A network management apparatus interconnects a plurality of computers through physical lines having a predetermined line speed to manage a switch apparatus constructing a parallel computer system. The switch apparatus comprises a plurality of physical port units to enable or disable the same through individual power supply ON/OFF control for the physical port units, thereby changing and controlling the line transmission speed according to the enable number. A logical port constructing unit in the network management apparatus bundles the physical lines by a plurality of physical port units in the switch apparatus to construct logical lines. A port control unit changes the number of operations of a plurality of physical port units assigned to the logical port units through the power supply ON/OFF control according to a necessary data transmission speed for the logical port units, thereby dynamically changing the line transmission speed.
    • 网络管理装置通过具有预定线路速度的物理线路互连多台计算机,以管理构建并行计算机系统的交换装置。 开关装置包括多个物理端口单元,以通过用于物理端口单元的单独电源ON / OFF控制来实现或禁用相同的,从而根据启用号码来改变和控制线路传输速度。 网络管理装置中的逻辑端口构成单元通过开关装置中的多个物理端口单元对物理线路进行捆绑,构成逻辑线路。 端口控制单元根据逻辑端口单元的必要数据传输速度,通过电源ON / OFF控制来改变分配给逻辑端口单元的多个物理端口单元的操作次数,从而动态地改变线路传输速度 。
    • 6. 发明申请
    • Network management method, program and system
    • 网络管理方法,程序和系统
    • US20070211628A1
    • 2007-09-13
    • US11476630
    • 2006-06-29
    • Yoshiro IkedaAkihiro YasuoAtsushi MoriAkira AsatoKatsuhiko Nishikawa
    • Yoshiro IkedaAkihiro YasuoAtsushi MoriAkira AsatoKatsuhiko Nishikawa
    • H04L12/26
    • H04L41/0896H04L12/12Y02D50/30Y02D50/40
    • A network management apparatus interconnects a plurality of computers through physical lines having a predetermined line speed to manage a switch apparatus constructing a parallel computer system. The switch apparatus comprises a plurality of physical port units to enable or disable the same through individual power supply ON/OFF control for the physical port units, thereby changing and controlling the line transmission speed according to the enable number. A logical port constructing unit in the network management apparatus bundles the physical lines by a plurality of physical port units in the switch apparatus to construct logical lines. A port control unit changes the number of operations of a plurality of physical port units assigned to the logical port units through the power supply ON/OFF control according to a necessary data transmission speed for the logical port units, thereby dynamically changing the line transmission speed.
    • 网络管理装置通过具有预定线路速度的物理线路互连多台计算机,以管理构建并行计算机系统的交换装置。 开关装置包括多个物理端口单元,以通过用于物理端口单元的单独电源ON / OFF控制来实现或禁用相同的,从而根据启用号码来改变和控制线路传输速度。 网络管理装置中的逻辑端口构成单元通过开关装置中的多个物理端口单元对物理线路进行捆绑,构成逻辑线路。 端口控制单元根据逻辑端口单元的必要数据传输速度,通过电源ON / OFF控制来改变分配给逻辑端口单元的多个物理端口单元的操作次数,从而动态地改变线路传输速度 。