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    • 71. 发明专利
    • Production of amorphous ribbon
    • 生产非晶玻璃
    • JPS5947051A
    • 1984-03-16
    • JP15863082
    • 1982-09-11
    • Matsushita Electric Works Ltd
    • NAWA MASAHIRO
    • B22D11/06
    • B22D11/0642
    • PURPOSE:To produce stably an amophous ribbon having an end face of good shape by ejecting molten metal from the short and slender nozzle hole in a closing part in such a way that the value obtd. by dividing the ejection pressure by the aperture area of the slit hole attains a specified value or above. CONSTITUTION:A pipe material 1 is drawn from both sides to form a slender nozzle hole 2 and a nozzle is thus formed in a device wherein the molten metal is ejected from the nozzle toward a cooling roll under high speed rotation, is cooled quickly and solidified on the roll and an amorphous ribbon is produced. The lengths W of the respective closing parts 4, 4 from the end of the drawn part 3 to the end parts on the same side of the nozzle hole 2 are formed roughly to =20kg/cm , whereby an amorphous ribbon is produced.
    • 目的:通过从关闭部分中的短而细长的喷嘴孔喷射熔融金属,使得该值能够稳定地产生具有良好形状的端面的无孔薄带。 通过将喷射压力除以狭缝孔的开口面积达到规定值以上。 构成:将管材1从两侧拉出以形成细长的喷嘴孔2,并且在熔融金属从喷嘴向高速旋转的冷却辊喷出的装置中形成喷嘴,迅速冷却并固化 并且生产非晶带。 从拉出部3的端部到喷嘴孔2的同一侧的端部的各封闭部4,4的长度W形成为大致<= 1mm。熔融金属的喷射压力为 控制面积压力。 通过将喷射压力除以狭缝孔2的开口面积大致> 20kg / cm 4,由此产生非晶质带。
    • 72. 发明专利
    • PRODUCING DEVICE OF AMORPHOUS METAL
    • JPS58141837A
    • 1983-08-23
    • JP2339482
    • 1982-02-15
    • MATSUSHITA ELECTRIC WORKS LTD
    • NAWA MASAHIRO
    • B22D11/06
    • PURPOSE:To provide a titled device by which a thin amorphous metallic strip having a uniform thickness and good surface characteristic is obtained by providing a shielding body which shields the high velocity gaseous flow directing toward a nozzle for supplying molten metal on a roll under high speed revolution. CONSTITUTION:The molten metal alloy 2 in a nozzle 3 in an electric furnace 4 is supplied through the nozzle 3 onto a roll 1 under high speed revolution in an arrow direction, whereby the molten alloy is solidified quickly and a thin amorphous metallic strip is made. A shielding body 8 which shields the gaseous flow 7 generated by the rotation of the roll 1 and directing toward the nozzle 3 is provided on the side opposite from the rotating direction of the roll when viewed from the nozzle 3. Of the flow 7, the gaseous flow 71 passing on the outer side of the roll 1 is kept apart from the roll 1 by the upper wall 83 in the large opening part 81 of the body 8. On the otherhand, the gaseous flow 72 passing on the inner side is conducted through the part 81 to an opening part 82, where the flow is turned into jets and is ejected toward the direction of the flow 7, thereby hindering the advance thereof and moving the flow apart from the roll 1. As a result, the inclusion of the molten metal supplied from the nozzle 3 is obviated, the size of the paddle of the molten metal is stabilized and the thin amorphous metallic strip having good quality is obtained.
    • 75. 发明专利
    • Plastic working method for amorphous metal
    • 空值
    • JPS5754222A
    • 1982-03-31
    • JP12778280
    • 1980-09-13
    • Matsushita Electric Works Ltd
    • NAWA MASAHIROMAEDA TAKAOIMAI HIROZO
    • C21D8/02C21D7/00C22C38/10C22C45/02C22F1/00C22F1/10
    • C21D7/00
    • PURPOSE:To obtain an amorphous metal having excellent corrosion resistance and high strength by subjecting a metal blank to a plastic working in the optimum plastic working region which is limited by a specified heating period of time for the blank and a specified working temperature in a chart on semilogarithmic coordinates with the heating period of time taken in logarithmic scale on the ordinate and the working temperature on the abscissa. CONSTITUTION:A method for a metal-metalloid amorphous alloy at a high temperature. On semilogarithmic coordinates with a logartithmic scale on the ordinate, the heating period of time Y (sec) for the metal blank is taken on the ordinate, the working tenperature X ( deg.C) is taken on the abscissa, the intersection of the straight horizontal line representing the working period of time of 14 sec with the straight vertical line representing the working temperature of 400 deg.C is denoted as P1, and the intersection of the straight horizontal line representing the working period of time of 5sec with the straight vertical line representing the working temperature of 500 deg.C is denoted as P2. In this chart, the region lying below the strainght line P1P2 and bounded within the temperature range of 400-500 deg.C is made to be the region for the plastic working.
    • 目的:为了获得具有优异耐腐蚀性和高强度的非晶金属,通过使金属坯料在最佳塑性加工区域内工作的塑料受到限制,坯料的规定加热时间和规定的工作温度在图表中 在对数坐标上以对数刻度的纵坐标加热时间和横坐标的工作温度为准。 构成:在高温下金属 - 类金属非晶合金的方法。 在纵坐标上具有对数刻度的半对数坐标上,金属坯料的加热时间Y(秒)取纵坐标,工作温度X(℃)取横坐标,直线 表示工作时间为14秒的水平线表示工作温度为400摄氏度的直线垂直线表示为P1,表示工作时间为5秒的直线水平线与直线垂直线 表示工作温度为500摄氏度的线表示为P2。 在该图表中,位于行进线P1P2之下并且在400-500℃的温度范围内的区域被制成塑性加工区域。