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    • 7. 发明授权
    • Metal gasket
    • 金属垫片
    • US5431418A
    • 1995-07-11
    • US981090
    • 1992-11-24
    • Yoshiyuki HagiwaraOsamu JinnoYukio KawaiKazuya NakataTakeshi Kitamura
    • Yoshiyuki HagiwaraOsamu JinnoYukio KawaiKazuya NakataTakeshi Kitamura
    • F16J15/08
    • F16J15/0825F16J2015/085F16J2015/0856F16J2015/0875
    • A metal gasket having first and second base plates made of metal. In each base plate, at least an opening is defined and a bead is formed around the opening. The second base plate is disposed in parallel with the first base plate with the tip ends of the beads of the first and second base plates facing each other. An annular metallic shim is secured to the first base plate at the side of the bead between the inner periphery of the bead and the opening. And, a resilient sealing member is deposited on the second base plate at the side of the bead around the outer periphery of the bead. A non-vulcanized coating layer of fluoro rubber containing no vulcanizing agent may be deposited on the entire surface of the second base plate at the side of the bead. A vulcanized fluoro rubber may be deposited on the non-vulcanized coating layer at the side of the bead around the outer periphery of the bead.
    • 一种金属垫片,其具有由金属制成的第一和第二基板。 在每个基板中,限定开口至少一个开口,并且在开口周围形成一个珠。 第二基板与第一基板平行设置,第一和第二基板的凸缘的前端彼此面对。 环形金属垫片在胎圈的内周和开口之间的胎圈的侧面处固定到第一基板。 并且,弹性密封构件在珠的外周边的胎圈侧沉积在第二基板上。 不含硫化剂的氟橡胶的非硫化涂层可以沉积在第二基板的珠的一侧的整个表面上。 硫化的氟橡胶可以在珠粒的外周边周边的非硫化涂层上沉积。
    • 10. 发明授权
    • Suction pipe pressure detection apparatus
    • 吸管压力检测仪
    • US4644784A
    • 1987-02-24
    • US802459
    • 1985-11-27
    • Hiroshi OkanoYukio KawaiAkira Ii
    • Hiroshi OkanoYukio KawaiAkira Ii
    • G01L23/24F02M51/00
    • G01L23/24
    • Disclosed is a suction pipe pressure detection apparatus for detecting suction pipe pressure of a multi-cylinder type internal combustion engine provided with a throttle valve in the suction pipe of each of the cylinders, or a so-called independent suction type internal combustion engine. The apparatus detects the suction pipe pressure for just a few cylinders out of the total number of cylinders, makes proper corrections to the detected data in accordance with the throttle valve opening, engine speed of the internal combustion engine, etc., and, during the period before the next detection of the suction pipe pressure is made, accurately computes, using the above data, the suction pipe pressure for the cylinders, under the suction stroke, for which the pressure is not actually detected. That is, the throttle opening and the engine speed of the internal combustion engine are detected at intervals of shorter periods of time than those intervals at which the suction pipe pressure is actually detected, and correction is continuously made to the earlier detected suction pipe pressure according to the above detected data. The present invention enables a high-degree controlling of the internal combustion engine by making highly accurate suction pipe pressure data available at rather high frequency, and by further continually providing the intake air quantity, and the fuel injection amount, with considerable high accuracy.
    • 公开了一种用于检测在每个气缸的吸入管中设置有节流阀的多缸型内燃机的吸入管压力的吸入管压力检测装置或所谓的独立的吸入型内燃机。 该装置根据节气门开度,内燃机的发动机转速等,在总气缸数中检测出吸气管压力仅为几个汽缸,对检测到的数据进行适当的校正, 在进行下一次检测吸入管压力之前的时间段,使用上述数据精确地计算在实际检测到压力的吸入冲程下的气缸的吸入管压力。 也就是说,与实际检测吸入管压力的间隔相比,以较短的时间间隔检测内燃机的节气门开度和发动机转速,并且根据以前检测到的吸入管压力连续进行校正 到上述检测到的数据。 本发明能够通过以相当高的频率提供高精度的吸入管压力数据,并且以相当高的精度进一步连续地提供进气量和燃料喷射量,能够高度控制内燃机。