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    • 53. 发明申请
    • Non-Magnetic Toner
    • 非磁性调色剂
    • US20090087768A1
    • 2009-04-02
    • US11917803
    • 2006-06-28
    • Emi TosakaKoji AbeYushi MikuriyaSatoshi HandaShinya YachiKazumi YoshizakiYasuhiro Hashimoto
    • Emi TosakaKoji AbeYushi MikuriyaSatoshi HandaShinya YachiKazumi YoshizakiYasuhiro Hashimoto
    • G03G9/08
    • G03G9/08797G03G9/0806G03G9/0819G03G9/0821G03G9/08711G03G9/08726G03G9/08728G03G9/08755G03G9/08782G03G9/08795G03G9/09708
    • An object of the present invention is to provide a toner excellent in fixing ability and developing ability. Provided is a non-magnetic toner including: toner particles each containing at least a binder resin, a colorant, and a wax component; and an inorganic fine powder, wherein: the toner has a specific storage elastic modulus at each of 110 C and 150 C; when a temperature at which a differential curve of a temperature and the common logarithm LogG′ of a storage elastic modulus G′ shows the minimum value in the temperature region of 60 to 130 C is denoted by T0, a straight line having the largest gradient out of straight lines each connecting points on the differential curve at temperatures of T0+a and (T0+a)+1 (C) [where a represents an integer of 0 to 9] is denoted by A, a straight line having the smallest gradient out of straight lines each connecting points on the differential curve at temperatures of T0+b (C) and (T0+b)+10 (C) [where b represents an integer of 0 or more] is denoted by B, and a straight line having the largest gradient out of straight lines each connecting points on the differential curve at temperatures of T0+c and (T0+c)+10 (C) [where c represents an integer larger than “a value b when a straight line B is given”] is denoted by C, the relationship of 1C ? ¢TA (from T0 to the point of intersection of the straight lines A and B) ? 20 C and the relationship of 100 C ? TBC (the point of intersection of the straight lines B and C) ? 120 C are established.
    • 本发明的目的是提供一种定影能力和显影能力优良的调色剂。 提供一种非磁性调色剂,其包括:各自至少含有粘合剂树脂,着色剂和蜡组分的调色剂颗粒; 和无机细粉末,其中:所述调色剂在110℃和150℃各自具有特定的储存弹性模量; 当温度的差分曲线和存储弹性模量G'的常用对数LogG'在60至130℃的温度区域中的最小值的温度表示为T0时,具有最大梯度的直线 在T0 + a和(T0 + a)+1(C)的温度下,差分曲线上的每个连接点的直线(其中a表示0至9的整数)由A表示,具有最小梯度的直线 在T0 + b(C)和(T0 + b)+10(C)[其中b表示0以上的整数]的温度下,差分曲线上的每个连接点的直线之间用B表示, 在T0 + c和(T0 + c)+10(C)的温度下,在差分曲线上连接点的直线上具有最大梯度的线(其中c表示当直线B 给出“]表示为C,关系为1C? ¢TA(从T0到直线A和B的交点)? 20 C,关系为100 C? TBC(直线B和C的交点)? 建立120 C。
    • 56. 发明申请
    • Moving picture encoding apparatus
    • 运动图像编码装置
    • US20050089092A1
    • 2005-04-28
    • US10691419
    • 2003-10-22
    • Yasuhiro HashimotoMasatoshi TakashimaDaisuke Hiranaka
    • Yasuhiro HashimotoMasatoshi TakashimaDaisuke Hiranaka
    • H04N7/12H04N7/26H04N7/46H04N7/50
    • H04N19/587H04N19/124H04N19/132H04N19/152H04N19/154H04N19/172H04N19/61
    • A moving picture encoding apparatus in which a minimum picture quality may be maintained even though the bitrate of an output encoded datastream is changed. A real-time distribution system for moving pictures 1 includes a frame rate conversion unit 11 for controlling the frame rate of input moving picture data, an encoding unit 12 for encoding moving picture data, having a controlled frame rate, in accordance with the MPEG-4, a frame rate calculating unit 16 for calculating a setting value of the frame rate, a transmission unit 13 for transmitting/receiving data over a network, and a receiving unit 14. The receiving unit 14 detects the state of communication on the network and, based on the detected state of communication on the network, calculates a target bitrate. The encoding unit 12 controls the bitrate of the MPEG-4 datastream responsive to this target bitrate. The frame rate calculating unit 16 estimates the picture quality based on the quantization scale of the encoding unit 12 and, in case of deterioration of the picture quality to more than a preset level, lowers the frame rate.
    • 即使改变输出编码数据流的比特率,也可以维持最小图像质量的运动图像编码装置。 用于运动图像1的实时分配系统包括用于控制输入运动图像数据的帧速率的帧速率转换单元11,用于根据MPEG-视频数据编码具有受控帧速率的运动图像数据的编码单元12, 4,用于计算帧速率的设定值的帧率计算单元16,用于通过网络发送/接收数据的发送单元13和接收单元14。 接收单元14检测网络上的通信状态,并且基于检测到的网络上的通信状态来计算目标比特率。 编码单元12响应于该目标比特率控制MPEG-4数据流的比特率。 帧率计算单元16基于编码单元12的量化尺度来估计图像质量,并且在将图像质量劣化到大于预设水平的情况下降低帧速率。
    • 57. 发明授权
    • Method of analyzing vibration in a transmission belt and an apparatus and program useable to perform the method
    • 分析传动带中的振动的方法以及可用于执行该方法的装置和程序
    • US06789035B1
    • 2004-09-07
    • US10452028
    • 2003-05-30
    • Yasuhiro Hashimoto
    • Yasuhiro Hashimoto
    • G01L2500
    • G01M13/028G01L5/042
    • A method of analyzing vibration in a longitudinal direction of a transmission belt that is trained around at least a drive pulley and a driven pulley in a power transmission system. The method includes the steps of using a vibration analysis model which involves a) generating data relative to the power transmission system; and b) calculating belt tension values, including a selected belt tension value, using the generated data. In the event that the selected belt tension value is calculated to be at or lower than a predetermined belt tension value, a correction is made in the selected belt tension value. The corrected, selected, calculated belt tension value is used to carry out the vibration analysis.
    • 一种分析在动力传递系统中至少围绕驱动皮带轮和从动皮带轮进行训练的传动皮带纵向振动的方法。 该方法包括以下步骤:使用振动分析模型,该模型涉及a)产生相对于动力传输系统的数据; 以及b)使用所生成的数据来计算皮带张力值,包括选定的皮带张力值。 在所选皮带张力值被计算为等于或低于预定皮带张力值的情况下,在所选择的皮带张力值中进行校正。 使用校正的,选择的计算的皮带张力值进行振动分析。
    • 59. 发明授权
    • Steam cooled system in combined cycle power plant
    • 联合循环发电厂蒸汽冷却系统
    • US06324829B1
    • 2001-12-04
    • US09237845
    • 1999-01-27
    • Yoshiyuki KitaTomoka TanakaYasuhiro HashimotoMasayuki TakahamaJun YasuraokaHidetoshi IidaKoichi AkagiHideki Haruta
    • Yoshiyuki KitaTomoka TanakaYasuhiro HashimotoMasayuki TakahamaJun YasuraokaHidetoshi IidaKoichi AkagiHideki Haruta
    • F02C600
    • F01K23/108Y02E20/16Y02P80/152
    • A gas turbine steam cooled system has a high temperature portion 8 outlet steam temperature maintained to a predetermined value without a cooling steam pressure becoming lower than the pressure in the gas turbine cylinder. Steam coming from an intermediate pressure superheater 10 of a waste heat recovery boiler 2 is led into the high temperature portion 8 of the gas turbine for cooling thereof. The temperature of the cooling steam at the outlet of the high temperature portion 8 is detected by a high temperature portion outlet steam temperature detector 15, and a signal thereof is sent a lower value selector 19 via a temperature controller 11. Pressure in the gas turbine cylinder is detected by a gas turbine cylinder pressure detector 17, and pressure of the cooling steam at the high temperature portion 8 outlet is detected by a high temperature portion outlet steam pressure detector 16. A differential signal thereof is sent to a pressure controller 18. Signals from the temperature controller 11 and the pressure controller 18 are inputted into the lower selector 19, and temperature control valve 12 is controlled by the lower value thereof to be opened and closed.
    • 燃气轮机蒸汽冷却系统具有保持预定值的高温部分8出口蒸汽温度,而冷却蒸汽压力变得低于燃气轮机气缸中的压力。 来自废热回收锅炉2的中压过热器10的蒸汽被引入燃气轮机的高温部8,以进行冷却。 高温部分8出口处的冷却蒸汽的温度由高温部分出口蒸气温度检测器15检测,其信号通过温度控制器11送到低值选择器19.燃气轮机中的压力 气缸由燃气轮机气缸压力检测器17检测,高温部分8出口处的冷却蒸汽的压力由高温部分出口蒸汽压力检测器16检测。其差分信号被发送到压力控制器18。 来自温度控制器11和压力控制器18的信号被输入到下部选择器19中,并且温度控制阀12被其较低的值控制为打开和关闭。