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    • 5. 发明授权
    • Piping having fluid-mixing region
    • 具有流体混合区域的管道
    • US08011392B2
    • 2011-09-06
    • US11989526
    • 2006-09-28
    • Yoshiyuki KondoKoichi TanimotoShigeki SuzukiYoshikazu NittaToshikatsu Hasunuma
    • Yoshiyuki KondoKoichi TanimotoShigeki SuzukiYoshikazu NittaToshikatsu Hasunuma
    • F16L11/00
    • B01F5/045B01F2005/0017
    • An object is to prevent thermal fatigue, resulting from variations in temperature interfaces, of piping having a fluid-mixing region where fluids of different temperatures are mixed. Piping 1 having a fluid-mixing region M includes a reducer 5 including an end portion 5e disposed substantially on a central axis of a main pipe 2. Low-temperature water flows through the reducer 5 at a lower velocity than high-temperature water flowing outside the end portion 5e. The low-temperature water and the high-temperature water have different temperatures. The low-temperature water and the high-temperature water are mixed in the fluid-mixing region M downstream of the reducer 5. The reducer 5 has a weld line 5f formed to connect the end portion 5e and an elbow portion 5d together. The distance between the weld line 5f and a downstream end 5a is equal to or larger than the inner diameter D of the main pipe 2.
    • 目的在于防止混合具有不同温度的流体的流体混合区域的管道的温度界面变化引起的热疲劳。 具有流体混合区域M的管道1包括具有基本上设置在主管2的中心轴线上的端部5e的减速器5.低温水以比流过外部的高温水低的速度流过减速器5 端部5e。 低温水和高温水有不同的温度。 低温水和高温水在还原剂5下游的流体混合区域M中混合。还原剂5具有形成为将端部5e和肘部5d连接在一起的熔接线5f。 焊接线5f和下游端部5a之间的距离等于或大于主管2的内径D.
    • 8. 发明授权
    • Color facsimile device with data recompressing capability
    • 具有数据再压缩功能的彩色传真设备
    • US07372600B2
    • 2008-05-13
    • US10669726
    • 2003-09-25
    • Yoshiyuki Kondo
    • Yoshiyuki Kondo
    • H04N1/32H04N1/41
    • H04N1/00068H04N1/33323H04N1/41H04N2201/0098H04N2201/33357
    • JPEG data is efficiently recompressed and transmitted to a remote color facsimile device. Before transmission of recompressed JPEG data, an anticipated transmission time is displayed for enabling the user to easily select the desired compression ratio. To generate recompressed JPEG, a Huffman decoder is provided for decoding encoded data and temporarily generates decoded data. Table generator multiplies the predefined quantization table values by the prescribed value to generate the modified quantization table. Intermediate data generator generates the intermediate data by dividing the encoded data by ratio n, which is derived by dividing predefined quantization table by the modified quantization table. Huffman encoder encodes the intermediate data to create new encoded data. Recompressed JPEG data includes the newly coded data and the modified quantization table.
    • JPEG数据被有效地再压缩并传输到远程彩色传真设备。 在传送再压缩的JPEG数据之前,显示预期的传输时间,以使用户能够容易地选择所需的压缩比。 为了产生再压缩JPEG,提供了一个霍夫曼解码器,用于对编码的数据进行解码并临时产生解码的数据。 表生成器将预定义的量化表值乘以规定值,以生成修改的量化表。 中间数据生成器通过将编码数据除以比率n来产生中间数据,该比率通过将预定义量化表除以修改的量化表而导出。 霍夫曼编码器对中间数据进行编码以创建新的编码数据。 重新压缩的JPEG数据包括新编码的数据和修改的量化表。