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    • 5. 发明授权
    • Packaging structure of small-sized computer
    • 小型电脑包装结构
    • US5313362A
    • 1994-05-17
    • US885979
    • 1992-05-20
    • Toshio HatadaHiroshi InouyeTakao OhbaSusumu Iwai
    • Toshio HatadaHiroshi InouyeTakao OhbaSusumu Iwai
    • G06F1/20H01L23/36H01L23/467H05K7/20
    • G06F1/203
    • In a small-sized computer of a natural air-cooling type, a high-temperature radiator promotes natural convection so as to increase a quantity of heat radiation and to raise the allowable limit of heat generation of LSI chips, thereby improving the processing speed of the computer. For this purpose, a casing and fins are utilized as heat radiators at relatively low temperatures of about 40.degree. C. which are safe even if they are touched by an operator's hands. On the other hand, the high-temperature radiator set at about 50.degree. to 60.degree. C. is provided inside of the casing, thus preventing the operator's hands from touching it directly. Heat generated by the LSI chips and so forth is transmitted to the high-temperature radiator through heat conduction or the like, and heat exchange is performed between the high-temperature radiator increased in temperature and the air introduced into the casing, in order to promote natural convection inside of the casing.
    • 在天然空气冷却型的小型计算机中,高温散热器促进自然对流,从而增加散热量,并且提高LSI芯片的允许的发热极限,从而提高处理速度 电脑 为此,在约40℃的相对低的温度下,壳体和翅片被用作热辐射器,即使操作者的手被触摸也是安全的。 另一方面,在壳体内部设置约50〜60℃的高温散热器,防止操作者的手直接接触。 通过LSI芯片等产生的热量通过热传导等传递到高温散热器,并且在升温的高温散热器和引入壳体的空气之间进行热交换,以促进 套管内部自然对流。
    • 10. 发明授权
    • Mechanical seal
    • 机械密封
    • US4296935A
    • 1981-10-27
    • US83340
    • 1979-10-10
    • Hiroshi Inouye
    • Hiroshi Inouye
    • F16J15/34F16J15/48
    • F16J15/3448Y10S277/91
    • In a mechanical seal for the rotary shaft of a rotary machine wherein the pressure difference between the internal and external liquids acting on the mechanical seal changes from positive to negative, and vice versa, a ring and a seat ring are formed with mating seal faces which coact to seal between the internal and exterior liquid present externally and internally, respectively, of the retainer; the seat ring is securely and liquid-tightly mounted on the rotary shaft for rotation therewith in a casing; the ring is fitted over a retainer axially movably, but nonrotationally and is normally pressed against the seat ring under the force of a bias spring which provides the sealing force for maintaining the seal between the seal faces when the external liquid pressure exceeds the internal liquid pressure, but the pressure difference is relatively small; the retainer in turn is mounted in the casing nonrotationally but axially movably due to the difference in pressure between the internal and external liquids, whereby regardless of the difference in pressure between the internal and external liquids, the seal may be maintained securely.
    • 在用于旋转机械的旋转轴的机械密封件中,其中作用在机械密封件上的内部和外部液体之间的压力差从正向变化到负,反之亦然,环和座环形成有配合密封面, 共同密封在保持器的外部和内部分别存在的内部和外部液体之间; 所述座圈牢固且液密地安装在所述旋转轴上,以便在壳体中旋转; 环被安装在轴向可移动的保持器上,但是非旋转地并且通常在偏置弹簧的作用下被压靠在座环上,当偏压弹簧的作用力提供密封力时,当外部液体压力超过内部液体压力时,该密封力保持在密封面之间 ,但压差相对较小; 保持器依次由于内部和外部液体之间的压力差异而非旋转地安装在壳体中,但是可轴向移动,由此不管内部和外部液体之间的压力差如何,可以可靠地保持密封。