EXTRA HIGH VOLTAGE GENERATOR
    42.
    发明公开
    EXTRA HIGH VOLTAGE GENERATOR 审中-公开
    发电机超高压

    公开(公告)号:EP1359000A1

    公开(公告)日:2003-11-05

    申请号:EP01272254.2

    申请日:2001-12-14

    Inventor: TADO, Masashi

    Abstract: A very-high pressure generator of construction such that the lower and upper guide blocks of the generator are each configured so as to form a pyramidal recess on the bottom surface and an upside-down pyramidal recess on the top surface accurately symmetrically, their pyramidal slopes given one and the same angle of inclination, and are prevented from being deformed under high pressure not by enlarging the guide blocks and the press, but by making the support conditions of all the anvils of the generator uniform, the positions of the anvils can easily be adjusted, and therefore the generator is capable of pressurizing a pressure-transmitting medium into the shape of a desired cube accurately.
    Each of the lower and upper guide blocks has a pyramidal recess in its bottom surface and an upside-down pyramidal recess in its top surface and is symmetric with respect to its horizontal center plane. Each of lower and upper base blocks has a lower upside-down pyramidal portion and an upper pyramidal portion. The upper base block is disposed at the center of the lower pyramidal recess of the upper guide block. An upper downward pyramidal block is disposed between the press frame and the upper upside-down pyramidal recess of the upper guide block.

    Ultrahigh pressure generating device
    45.
    发明专利
    Ultrahigh pressure generating device 失效
    ULTRAHIGH压力发生装置

    公开(公告)号:JPS61103534A

    公开(公告)日:1986-05-22

    申请号:JP22512884

    申请日:1984-10-27

    CPC classification number: B30B11/007 B01J3/067 B30B11/004

    Abstract: PURPOSE:To generate ultrahigh pressure easily by forming a divided sphere comprising >=4 truncated pyramids having spherical bases which are movable freely toward central direction with each other, and providing a vertically bisectable vessel covering the whole body of the divided sphere. CONSTITUTION:A positioning pin 8 is inserted into each pin hole 8a bored in the recessed part of the hemisphere 6 with the tip end of the pin protruded from the pin hole. Positioning of the divided body 5 is executed by assembling the divided body 5 by fitting the side surface of the divided body 5 to the pin 8. By this process, each divided body is positioned, and adjacent divided bodies 5 are held with a small distance corresponding to the dia. of the pin 8 from each other. If the divided body is divided into six parts, 3-4 bodies are first assembled, then, a material to be compressed such as graphite is contained in a pressurizing chamber 1 formed in the central part, then residual divided bodies 5 are assembled thereafter to form a spherical body as a whole which is a dividable sphere 2.

    Abstract translation: 目的:通过形成包括具有球形基座的分开的球体,通过形成分开的球体,可以相对于中心方向自由移动,并且提供覆盖分割球体全体的垂直平分的容器,从而容易地产生超高压。 构成:定位销8插入到半球6的凹部中钻出的每个销孔8a中,销的前端从销孔突出。 通过将分割体5的侧面嵌合于销8来组装分割体5来进行分割体5的定位。通过该处理,分割体分别被定位,相邻的分割体5保持较小的距离 对应于直径 的销8彼此。 如果将分割体分为六部分,则首先组装3-4个主体,然后在形成于中心部分的加压室1中包含诸如石墨的待压缩材料,然后将剩余的分割体5组装成 形成作为可分割球体2的整体的球体。

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