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    • 3. 发明授权
    • Knock sensor
    • 敲击传感器
    • US07178383B2
    • 2007-02-20
    • US11187918
    • 2005-07-25
    • Harumasa ShibataAkito YokoiMasao Kohashi
    • Harumasa ShibataAkito YokoiMasao Kohashi
    • G01M15/00
    • G01L23/222
    • A stacked body constituted by a first insulating sheet, a first terminal plate, a piezoelectric element, a second terminal plate, a second insulating sheet, a weight, and a disk spring is fitted over a cylindrical portion of a base, clamped and held between a nut and a flange portion of the base, and resin-molded. Annular partial electrodes having a width narrower than a radial width of the piezoelectric element are formed on front and rear surfaces of the piezoelectric element. The first and second terminal plates have annular portions formed so as to have annular shapes having an outside diameter and an inside diameter substantially equal to those of the partial electrodes, and are stacked such that the annular portions are placed in close contact with entire surfaces of the partial electrodes.
    • 由第一绝缘片,第一端子板,压电元件,第二端子板,第二绝缘片,重物和盘形弹簧构成的层叠体安装在基座的圆柱形部分上,夹持并保持在 基座的螺母和凸缘部分,并进行树脂模制。 在压电元件的前表面和后表面上形成具有窄于压电元件的径向宽度的宽度的环形部分电极。 第一端子板和第二端子板具有形成为具有外径和内径基本上等于部分电极的外径的环形形状的环形部分,并且堆叠成使得环形部分与 部分电极。
    • 4. 发明授权
    • Plate-type heat exchanger and method of producing the same
    • 板式热交换器及其制造方法
    • US5429183A
    • 1995-07-04
    • US75873
    • 1993-06-14
    • Youichi HisamoriMitunori KurachiMasaaki TaniguchiTutomu NomaMasao KohashiYoshihiro Sumida
    • Youichi HisamoriMitunori KurachiMasaaki TaniguchiTutomu NomaMasao KohashiYoshihiro Sumida
    • F28D9/00F28F3/08F28F3/12F28F9/04F28F9/26F28F19/00F28F21/08
    • F28D9/0075F28D9/005F28F19/004F28F21/082F28F21/085F28F9/0246Y10S165/905Y10T29/49373Y10T29/49393
    • To eliminate a fear of electrolytic corrosion even in the case where a heat exchanger to be connected to the outside of the plate-type heat exchanger has a copper piping, and to prevent any damage from being given to the brazed portions of the plate-type heat exchanger at the time of joining pipes and to prevent faults from being generated in joined portions. An intermediate pipe made of a material in which the value of polarization potential becomes lower than that generated between a body of the plate-type heat exchanger and the copper piping is interposed between the plate-type heat exchanger body and the copper piping. Further, the plate-type heat exchanger body is disposed in a position out of a vertical line of a joined portion between the copper piping and the intermediate pipe. Further, a joint constituted by an intermediate pipe and a copper pipe joined in advance through brazing or welding at a temperature higher than a temperature of brazing of the plate-type heat exchanger body is brazed at the same time of brazing of the plate-type heat exchanger body under the condition that the joint is arranged so that the intermediate pipe side of the joint is joined with the end plate of the heat exchanger body.
    • 为了消除电解腐蚀的恐惧,即使在与板式热交换器的外部连接的热交换器具有铜管道的情况下,并且为了防止对板式热交换器的钎焊部分造成任何损坏 在连接管道时的热交换器,并且防止在接合部分中产生故障。 由板式热交换器主体和铜管之间插入由极板电位值低于板式热交换器的主体与铜管之间的极化电位值的材料构成的中间管。 此外,板式热交换器体设置在铜管和中间管之间的接合部的垂直线以外的位置。 此外,在板式热交换器主体的钎焊温度以上的温度下通过钎焊或焊接预先接合的中间管和铜管构成的接头在与板式热交换器的钎焊同时进行钎焊 热交换器主体在接头被布置成使得接头的中间管侧与热交换器主体的端板接合的条件下进行。
    • 5. 发明申请
    • Knock sensor
    • 敲击传感器
    • US20060065042A1
    • 2006-03-30
    • US11187918
    • 2005-07-25
    • Harumasa ShibataAkito YokoiMasao Kohashi
    • Harumasa ShibataAkito YokoiMasao Kohashi
    • G01L23/22
    • G01L23/222
    • A stacked body constituted by a first insulating sheet, a first terminal plate, a piezoelectric element, a second terminal plate, a second insulating sheet, a weight, and a disk spring is fitted over a cylindrical portion of a base, clamped and held between a nut and a flange portion of the base, and resin-molded. Annular partial electrodes having a width narrower than a radial width of the piezoelectric element are formed on front and rear surfaces of the piezoelectric element. The first and second terminal plates have annular portions formed so as to have annular shapes having an outside diameter and an inside diameter substantially equal to those of the partial electrodes, and are stacked such that the annular portions are placed in close contact with entire surfaces of the partial electrodes.
    • 由第一绝缘片,第一端子板,压电元件,第二端子板,第二绝缘片,重物和盘形弹簧构成的层叠体安装在基座的圆柱形部分上,夹持并保持在 基座的螺母和凸缘部分,并进行树脂模制。 在压电元件的前表面和后表面上形成具有窄于压电元件的径向宽度的宽度的环形部分电极。 第一端子板和第二端子板具有形成为具有外径和内径基本上等于部分电极的外径的环形形状的环形部分,并且堆叠成使得环形部分与 部分电极。
    • 6. 发明授权
    • Method of producing a plate-type heat exchanger
    • 板式热交换器的制造方法
    • US5644840A
    • 1997-07-08
    • US422171
    • 1995-04-14
    • Youichi HisamoriMitunori KurachiMasaaki TaniguchiTutomu NomaMasao KohashiYoshihiro Sumida
    • Youichi HisamoriMitunori KurachiMasaaki TaniguchiTutomu NomaMasao KohashiYoshihiro Sumida
    • F28D9/00F28F3/08F28F3/12F28F9/04F28F9/26F28F19/00F28F21/08B23P15/26
    • F28D9/0075F28D9/005F28F19/004F28F21/082F28F21/085F28F9/0246Y10S165/905Y10T29/49373Y10T29/49393
    • To eliminate a fear of electrolytic corrosion even in the case where a heat exchanger to be connected to the outside of the plate-type heat exchanger has a copper piping, and to prevent any damage from being given to the brazed portions of the plate-type heat exchanger at the time of joining pipes and to prevent faults from being generated in joined portions. An intermediate pipe made of a material in which the value of polarization potential becomes lower than that generated between a body of the plate-type heat exchanger and the copper piping is interposed between the plate-type heat exchanger body and the copper piping. Further, the plate-type heat exchanger body is disposed in a position out of a vertical line of a joined portion between the copper piping and the intermediate pipe. Further, a joint constituted by an intermediate pipe and a copper pipe joined in advance through brazing or welding at a temperature higher than a temperature of brazing of the plate-type heat exchanger body is brazed at the same time of brazing of the plate-type heat exchanger body under the condition that the joint is arranged so that the intermediate pipe side of the joint is joined with the end plate of the heat exchanger body.
    • 为了消除电解腐蚀的恐惧,即使在与板式热交换器的外部连接的热交换器具有铜管道的情况下,并且为了防止对板式热交换器的钎焊部分造成任何损坏 在连接管道时的热交换器,并且防止在接合部分中产生故障。 由板式热交换器主体和铜管之间插入由极板电位值低于板式热交换器的主体与铜管之间的极化电位值的材料构成的中间管。 此外,板式热交换器体设置在铜管和中间管之间的接合部的垂直线以外的位置。 此外,在板式热交换器主体的钎焊温度以上的温度下通过钎焊或焊接预先接合的中间管和铜管构成的接头在与板式热交换器的钎焊同时进行钎焊 热交换器主体在接头被布置成使得接头的中间管侧与热交换器主体的端板接合的条件下进行。