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    • 21. 发明申请
    • METHOD AND DEVICE FOR IMPLEMENTING SIMULATED TEST OF CENTRIFUGAL STRESS IN TURBINE BLADE
    • 用于实施涡轮叶片中离心应力模拟试验的方法和装置
    • US20100288052A1
    • 2010-11-18
    • US12730416
    • 2010-03-24
    • Takeshi TanakaHaruhiko AsakaJunya MichinishiKeiichiro MiyajimaKazushi Mori
    • Takeshi TanakaHaruhiko AsakaJunya MichinishiKeiichiro MiyajimaKazushi Mori
    • G01M13/00
    • F01D25/285F05D2260/94F05D2270/114G01M15/14
    • The object is to provide a method and device to detect internal defect in the weld overlaid portion of erosion resistant material in the border portion between the blade profile and the shroud of a turbine blade with high accuracy by a static test method for an individual turbine blade applying a resultant pressing force, corresponding to centrifugal force and untwisting force of the turbine blade 10 in operation of the turbine, to the shroud 12 with installing the blade root 18 of the turbine blade 10 to the blade root retainer 20 and applying a force in the direction of centrifugal force on the blade root 18 from outside of the blade root retainer 20 to eliminate backlash between the blade root 18 and blade root retainer 20, retaining securely the shroud 12 on the side opposite to the portion which is applied the pressing force, and implementing simulated test of centrifugal stress in the weld-overlaid portion by applying the resultant pressing force, corresponding to centrifugal force and untwisting force of the turbine blade 10 in operation of the turbine, to the shroud 12.
    • 本发明的目的是提供一种方法和装置,用于通过用于单个涡轮机叶片的静态测试方法以高精度检测叶片轮廓和涡轮叶片的护罩之间的边界部分中的耐侵蚀材料的焊接覆盖部分中的内部缺陷 将涡轮机叶片10的叶片根部18安装到叶片根部保持器20上并将施加一个力施加到涡轮机的操作中,将相应于涡轮机叶片10的离心力和解捻力的合力施加到护罩12上 叶片根部18从叶片根部保持器20的外侧离心力的方向,以消除叶片根部18和叶根部保持器20之间的间隙,将护罩12牢固地固定在施加有压力的部分的相反侧 并通过施加对应于离心式的合成压力来实现焊接部分中的离心应力的模拟试验 ce和涡轮机叶片10在涡轮机运行中的解捻力。
    • 22. 发明授权
    • Sensor node
    • 传感器节点
    • US07696867B2
    • 2010-04-13
    • US11779020
    • 2007-07-17
    • Kiyoshi AikiShunzo YamashitaTakeshi Tanaka
    • Kiyoshi AikiShunzo YamashitaTakeshi Tanaka
    • G08B1/08G08B21/00G06F1/26G06F1/00
    • H04W52/029H04W84/18H04W88/02
    • A sensor node for intermittently sensing data in a short cycle includes a control unit for acquiring information by driving the sensor, a radio communication unit for transmitting the information acquired by the control unit and a battery for supplying the control unit. The control unit includes a clock supply unit (RTC) for supplying the control unit with clocks at a predetermined frequency. A sensor control unit starts the supply of power to the sensor when the measurement period has begun, maintains the power supply to the sensor even if the control unit has shifted to the standby state during the measurement period, and shuts down the power supply to the sensor when the measurement period has been completed. A measurement unit is also provided for acquiring information from the sensor every time the latter has shifted to the operational state.
    • 用于在短周期内间歇地感测数据的传感器节点包括用于通过驱动传感器获取信息的控制单元,用于发送由控制单元获取的信息的无线电通信单元和用于提供控制单元的电池。 控制单元包括用于向控制单元提供预定频率的时钟的时钟提供单元(RTC)。 当测量周期已经开始时,传感器控制单元开始向传感器供电,即使控制单元在测量期间已经转移到待机状态,也保持对传感器的供电,并且关闭到 传感器,当测量周期已经完成。 还提供测量单元,用于每当后者转移到操作状态时从传感器获取信息。
    • 24. 发明申请
    • Wheel manufacturing method
    • 车轮制造方法
    • US20090158590A1
    • 2009-06-25
    • US12379213
    • 2009-02-17
    • Takeshi Tanaka
    • Takeshi Tanaka
    • B21K1/38
    • B60B3/002B21D53/26B21K1/38B60B3/10B60B23/10B60B25/002Y10T29/49501Y10T29/49524Y10T29/49526Y10T29/49529Y10T29/49531
    • The present invention provides wheel manufacturing method comprising a pressing step in which a primary molded product having a cylindrical shape with a bottom in which a flange part that extends to the outside is disposed on the open side end part is manufactured, a working step in which a secondary molded product is obtained by cutting away the bottom part of the abovementioned primary molded product, and a spinning step in which, the secondary worked product is fit over and fastened to a rotating jig, a rim flange molding roller is pressed against the end part of the flange part while the secondary worked product is rotated together with the rotating jig, so that the flange part is gradually molded into the shape of a rim flange part, and the flange part is subsequently subjected to an angular adjustment to an appropriate angle to mold a rim flange part.
    • 本发明提供一种制轮方法,其特征在于,包括:压制工序,其制造具有底部的圆筒形状的一次成型体,其中向所述开口侧端部设置有向外侧延伸的凸缘部,工作步骤, 通过切除上述一次成型体的底部而获得二次成型体,以及纺丝工序,其中二次加工产品被配合并固定在旋转夹具上,轮辋凸缘成型辊压靠在端部 凸缘部分的一部分,而二次加工产品与旋转夹具一起旋转,使得凸缘部分逐渐地模制成轮缘凸缘部分的形状,并且凸缘部分随后经受角度调整到适当的角度 以模制轮缘凸缘部分。
    • 27. 发明申请
    • Array Type Operation Device
    • 阵列类型操作装置
    • US20080282061A1
    • 2008-11-13
    • US11572701
    • 2005-08-02
    • Hiroyuki MorishitaTakeshi TanakaMasaki MaedaYorihiko Wakayama
    • Hiroyuki MorishitaTakeshi TanakaMasaki MaedaYorihiko Wakayama
    • G06F15/80G06F9/30
    • G06F15/8007G06F1/3203G06F9/3842G06F9/3885H04N19/43H04N19/61
    • An array calculation device that includes a processor array composed of a plurality of processor elements having been assigned with orders, acquires an instruction in each cycle, generates, in each cycle, operation control information for controlling an operation of a processor element of a first order, and then generates an instruction to the processor element of the first order in accordance with the operation control information and the acquired instruction, and also generates, in each cycle, operation control information for controlling an operation of each processor element of a next order and onwards, in accordance with operation control information generated for controlling an operation of a processor element of an immediately preceding order, and then generates an instruction to each processor element of the next order and onwards, in accordance with the operation control information generated and the acquired instruction.
    • 一种阵列计算装置,包括由已经被分配了多个处理器元件的处理器阵列组成的处理器阵列,获取每个周期中的指令,在每个周期中生成用于控制一阶处理器元件的操作的操作控制信息 ,然后根据操作控制信息和获取的指令向第一级处理器单元生成指令,并且在每个周期中还生成用于控制下一个订单的每个处理器元件的操作的操作控制信息,以及 根据生成的用于控制紧接在前的顺序的处理器元件的操作的操作控制信息,然后根据产生的和所获取的操作控制信息产生对下一个订单的每个处理器元件的指令 指令。
    • 28. 发明授权
    • Plating removing apparatus for three-piece wheel
    • 三件式电动车电镀去除装置
    • US07431633B2
    • 2008-10-07
    • US11499857
    • 2006-08-07
    • Takeshi Tanaka
    • Takeshi Tanaka
    • B24B49/00B24B51/00
    • B24B5/44
    • To provide a plating removing apparatus for 3-piece wheels, which can easily and neatly remove plating at the welding planned portion of the superimposed part of the inner rim and the outer rim. A plating removing apparatus that removes plating of a welding planned portion R in a three-piece wheel having the inner rim 2B, the outer rim 2A, and a disk, comprises a support means 11 that rotatably supports the outer rim 2A, at least three holding rollers 34 that hold the rim supported by the support means 11 from the outer circumferential side, a rotation drive means 67 that rotates and drives the outer rim 2A held by the holding rollers 34, and a grinding means that grinds the welding planned portion R on the outer circumferential surface of the rim 2A by an abrasive cloth/paper 13 and removes plating the welding planned portion R.
    • 提供一种用于三件式车轮的电镀去除装置,其可以容易且整齐地去除内边缘和外边缘的重叠部分的焊接预定部分处的电镀。 在具有内边缘2B,外缘2A和盘的三片车轮中去除焊接规划部分R的电镀的电镀去除装置包括可旋转地支撑外缘2A的支撑装置11, 至少三个保持辊34,其从外周侧保持由支撑装置11支撑的边缘;旋转驱动装置67,其旋转并驱动由保持辊34保持的外缘2A;以及磨削装置, 通过研磨布/纸13在边缘2A的外周面上焊接规划部分R,并且去除焊接计划部分R的电镀。
    • 29. 发明申请
    • SENSOR NODE
    • 传感器节点
    • US20080055069A1
    • 2008-03-06
    • US11779020
    • 2007-07-17
    • Kiyoshi AikiShunzo YamashitaTakeshi Tanaka
    • Kiyoshi AikiShunzo YamashitaTakeshi Tanaka
    • H04Q7/00G08B1/08
    • H04W52/029H04W84/18H04W88/02
    • A sensor node for intermittently sensing data in a short cycle includes a control unit for acquiring information by driving the sensor, a radio communication unit for transmitting the information acquired by the control unit and a battery for supplying the control unit. The control unit includes a clock supply unit (RTC) for supplying the control unit with clocks at a predetermined frequency. A sensor control unit starts the supply of power to the sensor when the measurement period has begun, maintains the power supply to the sensor even if the control unit has shifted to the standby state during the measurement period, and shuts down the power supply to the sensor when the measurement period has been completed. A measurement unit is also provided for acquiring information from the sensor every time the latter has shifted to the operational state.
    • 用于在短周期内间歇地感测数据的传感器节点包括用于通过驱动传感器获取信息的控制单元,用于发送由控制单元获取的信息的无线电通信单元和用于提供控制单元的电池。 控制单元包括用于向控制单元提供预定频率的时钟的时钟提供单元(RTC)。 当测量周期已经开始时,传感器控制单元开始向传感器供电,即使控制单元在测量期间已经转移到待机状态,也保持对传感器的供电,并且关闭到 传感器,当测量周期已经完成。 还提供测量单元,用于每当后者转移到操作状态时从传感器获取信息。
    • 30. 发明申请
    • Image Decoding Device
    • 图像解码装置
    • US20070206675A1
    • 2007-09-06
    • US11632548
    • 2005-07-04
    • Takeshi Tanaka
    • Takeshi Tanaka
    • H04N7/12H04N11/04
    • H04N19/436H04N19/127H04N19/156H04N19/176H04N19/433H04N19/44
    • A video decoding device that performs decoding processing on blocks of a compressed video, the decoding processing including motion compensation processing for any blocks compressed based on one or more reference pictures, the device comprising: a memory that stores reference pictures; a compensation unit including an input buffer for storing one or more of the reference pictures and sequentially motion compensates block by block with reference to the stored reference pictures; a reference picture transfer unit reads, for one block in each time slot, all of the reference pictures corresponding to the one block, and write the read reference pictures to the input buffer; a judgment unit judges whether a total amount of the reference pictures read in each time slot is more than a predetermined amount; and a suppression unit suppresses, in a time slot for which the judgment unit judges affirmatively, access to the memory except read access.
    • 一种视频解码装置,对压缩视频的块执行解码处理,所述解码处理包括基于一个或多个参考图片压缩的任何块的运动补偿处理,所述装置包括:存储参考图片的存储器; 补偿单元,包括用于存储参考图像中的一个或多个的输入缓冲器,并且参考所存储的参考图片逐个地逐行补偿补偿; 参考图像传送单元对每个时隙中的一个块读取与该一个块相对应的所有参考图像,并将读取的参考图像写入到输入缓冲器; 判断单元判断在每个时隙中读取的参考图片的总量是否大于预定量; 并且抑制单元在判断单元判断的时隙中抑制对除了读访问之外的存储器的访问。