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    • 1. 发明授权
    • Ion implantation device
    • 离子注入装置
    • US06242750B1
    • 2001-06-05
    • US09199590
    • 1998-11-25
    • Yuji TakahashiKoji Inada
    • Yuji TakahashiKoji Inada
    • H01J37317
    • H01J37/3171H01J37/12H01J2237/04756
    • The present invention provides ion implantation equipment in which the beam current in a lower energy region can be increased without making the equipment very large and the production of the equipment very expensive. A vacuum chamber 1 contains an ion source 2 and an extractor electrode system 3, and in the vacuum chamber, a liner 4, which covers said ion source and extractor electrode system, is provided across an insulator 5. Further, in the vacuum chamber, a beam guide 7, which guides the ion beam out of said extractor electrode system, is provided across an insulator 8. Around said ion beam guide, a mass analyzer magnet 6 is arranged, while a disk chamber 13 is provided across an insulator 9 at one end of the ion beam guide. A deceleration means of electrode apertures 10, 11 and 12, which converge and decelerate the ion beam, is arranged within said disk chamber.
    • 本发明提供了离子注入设备,其中可以增加在较低能量区域中的束电流而不使设备非常大并且设备的生产非常昂贵。 真空室1包含离子源2和提取器电极系统3,并且在真空室中,覆盖所述离子源和提取器电极系统的衬垫4跨越绝缘体5设置。此外,在真空室中, 将离子束引导出所述提取器电极系统的光束引导件7设置在绝缘体8的周围。围绕所述离子束引导件布置质量分析器磁体6,同时盘式室13横跨绝缘体9设置在 离子束导轨的一端。 设置在所述盘室内的电极孔10,11和12的减速装置,其使离子束会聚并减速。
    • 4. 发明授权
    • LED lighting device and lighting equipment
    • LED照明装置和照明设备
    • US08988003B2
    • 2015-03-24
    • US13540283
    • 2012-07-02
    • Noriyuki KitamuraYuji Takahashi
    • Noriyuki KitamuraYuji Takahashi
    • H05B37/02H05B33/08
    • H05B33/0815Y02B20/346
    • An LED lighting device including a DC power source circuit, a high frequency generation circuit which includes an inverter circuit having switching elements and a resonance circuit having a series-connected inductor and condenser, in which the switching elements are on-off controlled by a no-load resonance frequency of the resonance circuit, and DC voltage input from the DC power source circuit is converted into a high frequency AC voltage, a rectification smoothing circuit having an input side which is connected between both edges of the condenser or both edges of the inductor; and a light emitting diode series connected to an output side of the rectification smoothing circuit.
    • 一种LED照明装置,包括直流电源电路,高频产生电路,其包括具有开关元件的反相器电路和具有串联连接的电感器和电容器的谐振电路,其中开关元件被开关控制 谐振电路的负载共振频率和从直流电源电路输入的直流电压被转换为高频交流电压,整流平滑电路具有连接在冷凝器的两个边缘或两个边缘的两个边缘之间的输入侧 电感; 以及连接到整流平滑电路的输出侧的发光二极管串联。
    • 8. 发明申请
    • LED LIGHTING DEVICE AND LIGHTING EQUIPMENT
    • LED照明设备和照明设备
    • US20120268033A1
    • 2012-10-25
    • US13540283
    • 2012-07-02
    • Noriyuki KitamuraYuji Takahashi
    • Noriyuki KitamuraYuji Takahashi
    • H05B37/02
    • H05B33/0815Y02B20/346
    • An LED lighting device including a DC power source circuit, a high frequency generation circuit which includes an inverter circuit having switching elements and a resonance circuit having a series-connected inductor and condenser, in which the switching elements are on-off controlled by a no-load resonance frequency of the resonance circuit, and DC voltage input from the DC power source circuit is converted into a high frequency AC voltage, a rectification smoothing circuit having an input side which is connected between both edges of the condenser or both edges of the inductor; and a light emitting diode series connected to an output side of the rectification smoothing circuit.
    • 一种LED照明装置,包括直流电源电路,高频产生电路,其包括具有开关元件的反相器电路和具有串联连接的电感器和电容器的谐振电路,其中开关元件被开关控制 谐振电路的负载共振频率和从直流电源电路输入的直流电压被转换为高频交流电压,整流平滑电路具有连接在冷凝器的两个边缘或两个边缘的两个边缘之间的输入侧 电感; 以及连接到整流平滑电路的输出侧的发光二极管串联。
    • 9. 发明授权
    • LED lighting device and lighting equipment
    • LED照明装置和照明设备
    • US08237374B2
    • 2012-08-07
    • US12550691
    • 2009-08-31
    • Noriyuki KitamuraYuji Takahashi
    • Noriyuki KitamuraYuji Takahashi
    • H05B39/00
    • H05B33/0815Y02B20/346
    • An LED lighting device including a DC power source circuit, a high frequency generation circuit which includes an inverter circuit having switching elements and a resonance circuit having a series-connected inductor and condenser, in which the switching elements are on-off controlled by a no-load resonance frequency of the resonance circuit, and DC voltage input from the DC power source circuit is converted into a high frequency AC voltage, a rectification smoothing circuit having an input side which is connected between both edges of the condenser or both edges of the inductor; and a light emitting diode series connected to an output side of the rectification smoothing circuit.
    • 一种LED照明装置,包括直流电源电路,高频产生电路,其包括具有开关元件的反相器电路和具有串联连接的电感器和电容器的谐振电路,其中开关元件被开关控制 谐振电路的负载共振频率和从直流电源电路输入的直流电压被转换为高频交流电压,整流平滑电路具有连接在冷凝器的两个边缘或两个边缘的两个边缘之间的输入侧 电感; 以及连接到整流平滑电路的输出侧的发光二极管串联。
    • 10. 发明申请
    • NODE APPARATUS, STORAGE MEDIUM AND FRAME TRANSMITTING METHOD
    • 节点装置,存储介质和帧发送方法
    • US20120106552A1
    • 2012-05-03
    • US13337788
    • 2011-12-27
    • Tadashige IWAOYuji TakahashiSyunsuke KogaYuri Noguchi
    • Tadashige IWAOYuji TakahashiSyunsuke KogaYuri Noguchi
    • H04L12/56
    • H04W40/02H04L45/02H04L45/36H04L45/54
    • When stored identifying information of a transmission target frame and identifying information of a received frame are equal, a node apparatus updates transmission feasibility information stored in association with the final destination of the received frame. The transmission feasibility information indicates feasibility of transmission to each of a plurality of adjacent node apparatuses being a transmission destination, and is updated so that feasibility of transmission to the transmission destination associated with the identifying information of the received frame indicates that “the transmission is infeasible”. The node apparatus transmits the received frame, when there is no adjacent apparatus to which transmission is feasible, and when the stored identifying information of the transmission target frame is equal to the identifying information of the received frame, to the adjacent node apparatus recognized as the origin in association with the identifying information of the received frame.
    • 当存储发送目标帧的识别信息和接收到的帧的识别信息相等时,节点装置更新与接收到的帧的最终目的地相关联地存储的传输可行性信息。 传输可行性信息指示传输到作为传输目的地的多个相邻节点设备中的每一个的可行性,并且被更新,使得与发送目的地相关联的传输目的地的传输的可行性指示“传输是不可行的 “。 节点装置发送接收到的帧,当没有可行的传输的相邻装置时,并且当所存储的发送目标帧的识别信息等于接收到的帧的识别信息时,被识别为 与所接收的帧的识别信息相关联。