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    • 63. 发明专利
    • Measuring method of air vibration
    • 空气振动测量方法
    • JPS59217122A
    • 1984-12-07
    • JP9077083
    • 1983-05-25
    • Sumitomo Metal Ind Ltd
    • YAMASHITA HIRONOBUWADA MINORUKOIKE MITSUOOOTAKA SEIJI
    • G01H3/00
    • G01H3/00
    • PURPOSE:To enable the accurate measurement of low-frequency vibrations of the outside air even when there is a slight wind by a method wherein a microphone covered with a wind-breaking screen is set in a box having a gap through which a change in a static pressure of the outside air can be propagated into a space inside the box, and said low-frequency vibrations are measured by the microphone. CONSTITUTION:The junctions of a top face 15 and side faces 12, 13 and 14 of a wind-breaking box 11 are closely sealed by a gummed tape or the like, and a bottom face thereof is opened. The box 11 thus formed is set upward in a flat place when it is employed. This box is designed so that only the vibrations of the atmosphere and the outside air are propagated to the inside thereof through a gap between a setting plane and the lower-edge portion of each of the side faces 12, 13 and 14. A microphone 2, which is mounted on a tripod 17, covered with a wind-breaking screen 18 and housed in the wind-breaking box 11, is used as a sensor for measuring the low-frequency air vibrations of the outside air. By this constitution, the low-frequency air vibrations can be measured accurately even in the condition that there is a slight wind.
    • 目的:为了能够精确地测量外部空气的低频振动,即使有轻微的风,通过一种方法,其中将覆盖有风切割屏幕的麦克风设置在具有间隙的盒中,通过该间隙, 外部空气的静压可以传播到盒内的空间中,并且所述低频振动由麦克风测量。 构成:防风箱11的顶面15和侧面12,13和14的接合部通过胶带等紧密密封,并且其底面打开。 这样形成的盒11在使用时在平坦的位置上设置。 该箱被设计成仅通过设置平面和每个侧面12,13和14的下边缘部分之间的间隙将大气和外部空气的振动传播到其内部。麦克风2 被安装在三角架17上,被覆盖有防风屏幕18并容纳在防风箱11中的三脚架17用作用于测量外部空气的低频空气振动的传感器。 通过这种结构,即使在存在轻微风的条件下也能够精确地测量低频空气振动。
    • 65. 发明专利
    • DRY ELECTRICAL DUST PRECIPITATOR
    • JPS5884062A
    • 1983-05-20
    • JP18271281
    • 1981-11-13
    • SUMITOMO METAL IND
    • WADA MINORU
    • B03C3/74B03C3/76
    • PURPOSE:To improve dust precipitating efficiency by hammering discharge electrode parts which charge the dust of which the apparent electric resistivity has specific values and dust precipitating electrodes which capture the charged dust respectively at specific frequencies. CONSTITUTION:Discharge electrode parts which charge the dust having 10 - 10 OMEGA.cm apparent electric resistivity and dust precipitating electrodes which capture the charged dust are hammered respectively at 1-10 times frequencies in 10min. In other words, both electrode parts exhibit their ability always in the finest condition on account of large hammering frequencies. Since the apparent electric resistivity is set at 10 -10 OMEGA.cm, rescattering phenomena of the charged dust are obviated. As a result, the concn. of the dust in the outlet is decreased always in a stable state and since the electrode parts are stuck always with small dust, the decrease in the rate of neutralization is obviated and the quantity of electric charge is reduced as compared to that in the prior art.
    • 70. 发明专利
    • SLAG TREATING METHOD AT MOLTEN IRON PRE-TREATMENT
    • JPS62207809A
    • 1987-09-12
    • JP4959286
    • 1986-03-07
    • SUMITOMO METAL IND
    • WADA MINORUKOBUCHI SADAOYAMAMOTO TAKAIKUYOSHIDA SHUJIIKEMIYA HIROYUKI
    • C21C1/02
    • PURPOSE:To prevent solidification as lumpy slag and to easily treat it, by refining continuously molten iron in a molten iron trough and slurrying the generated slag as cooling rapidly and crushing by the specified rate of an injecting flow water at the time of removing the slag from the trough. CONSTITUTION:The molten iron 4 from a blast furnace is introduced to the molten iron trough 2, and suitable quantity of refining material is injected, and then the generated slag 6 is over-flowed from a dam 10 of the molten iron trough 2 and flowed out to a branched slag trough 8. Then, this slag trough 8 is inclined by about >=1/10 toward one side direction and in case of the generated slag 6 with bad fluidity, it is mixed partially with the blast furnace flag 12. At just flowing out the slag 6 from the slag trough 8, the slag is injected under high pressure from the nozzle 14, 16 by not less than two times of the injecting flow water 18, 20 rate to the generated slag 6, to make it into slurry by cooling rapidly and crushing. The generated slurry 22 is sent to solid-liquid separator 26 through a slurry trough 24, to separate water granulated slag from water. In this way, the length of the slag trough 8 is made as short as possible and the trouble caused by clogging of the slag trough 8 is prevented.