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    • 4. 发明申请
    • Frame structure for housing panel plates
    • 外壳面板的框架结构
    • US20020184831A1
    • 2002-12-12
    • US10166388
    • 2002-06-11
    • NIX, INC.
    • Tamotsu MatsudaHitoshi Takano
    • E04H014/00E04F019/00
    • A47B45/00H05K7/1424
    • A frame structure includes a pair of sideboards facing each other, each sideboard having an inner surface provided with a plurality of support grooves for receiving and supporting panel plates, a first joint for fixing one of the pair of sideboards to a base and a second joint for fixing the other of the pair of sideboards to the base and provided with a movement-effecting mechanism. The first and second joints have formed on the facing inner surfaces thereof at substantially the same height steps for contacting side surfaces of the panel plates and supporting the panel plates. At least one of the steps has a surface for contacting at one side surface of one of the panel plates prior to panel plates being received in the plurality of support grooves in order to set a distance between end surfaces of opposed ones of the plurality of support grooves equal to a sum of the width of the panel plates received in and supported by the plurality of support grooves and a predetermined clearance. The at least one surface of the steps projects inward by the predetermined clearance from the end surfaces of the support grooves of one of the pair of sideboards.
    • 框架结构包括一对面对面的侧板,每个侧板具有设置有用于接收和支撑面板的多个支撑槽的内表面,用于将一对侧板中的一个固定到基座的第一接头和第二接头 用于将一对侧板中的另一侧固定到基座并设置有运动实施机构。 第一和第二关节在其相对的内表面上形成有大致相同的高度台阶,用于接触面板的侧表面并支撑面板。 所述台阶中的至少一个具有用于在将面板接纳在所述多个支撑槽中之前的一个所述面板的一个侧表面处接触的表面,以便设置所述多个支撑件中相对的支撑件的端表面之间的距离 凹槽等于容纳在多个支撑槽中并由多个支撑槽支撑的面板的宽度和预定间隙的总和。 台阶的至少一个表面从一对侧板之一的支撑槽的端面向内突出预定的间隙。
    • 6. 发明申请
    • Frame for housing plate materials
    • 外壳板材料框架
    • US20030132176A1
    • 2003-07-17
    • US10337826
    • 2003-01-08
    • NIX, INC.
    • Hitoshi Takano
    • A47G019/08
    • H01L21/6734H01L21/67309
    • A frame for housing plate materials includes a pair of laterally opposed side boards having formed equally thereon a plurality of parallel, mutually opposed support grooves; bases (top and bottom plates) formed on and beneath the side boards; joints for interconnecting the side boards and the bases; a device provided in the frame to adjust an interval between the side boards in order that given plate materials may be accommodated in the frame as spaced at predetermined intervals by causing paired edges of the plate materials to be inserted into the opposed support grooves; adjusting projections protruding slightly from the support grooves and disposed on at least either of mutually opposed inner surfaces of members suitably selected from among the side boards, bases and joints; and auxiliary adjusters disposed near the adjusting projections and adapted to allow terminal parts on at least one side of the plate materials to collide against the mutually opposed inner surfaces by simply moving one of the side boards toward the other side board while keeping the plate materials at predetermined or suitably selected positions between the opposed side boards, whereby the adjustment of clearance to be performed during the setting of the distance of the housing frame between the laterally opposite side boards may be carried out easily with one hand of the operator.
    • 用于容纳板材的框架包括一对横向相对的侧板,其均匀地形成有多个平行的相互相对的支撑槽; 在侧板上形成的底座(顶板和底板); 用于连接侧板和底座的接头; 设置在所述框架中以调节所述侧板之间的间隔的装置,以便通过使所述板材的成对边缘插入到所述相对的支撑槽中,使得给定的板材料可以以预定间隔间隔地容纳在所述框架中; 调整突起从支撑槽稍微突出并设置在从侧板,底座和接头中适当选择的构件的相对的内表面中的至少一个中; 以及辅助调节器,其设置在调节突起附近并且适于允许板材的至少一侧上的端部部分通过简单地将侧板中的一个朝向另一侧板移动,同时将板材料保持在相互相对的内表面 在相对的侧板之间的预定或适当选择的位置,由此可以在操作者的一只手容易地执行在设置横向相对侧板之间的壳体框架的距离期间执行的间隙的调整。
    • 10. 发明申请
    • Equipment adjusting leg
    • 设备调整腿
    • US20020139909A1
    • 2002-10-03
    • US10106331
    • 2002-03-27
    • NIX, INC.
    • Junji OyamaYuki Kamada
    • F16M011/20A47B091/00
    • A47B91/02D06F39/125F16M7/00
    • An equipment adjusting leg is provided which is lightweight and which can achieve cost reduction without decreasing impact-resistant strength. The impact-resistant strength is secured and the light weight is achieved by the structure of the equipment adjusting leg, which comprises: a leg10 which is provided in the lower part of an external frame of the equipment in a manner capable of moving up and down, and of which lower part is formed as a ground contact part 16 and of which upper part is formed as a sliding shaft 17 with a concavo-convex part 18 like, for example, a screw, provided around the periphery of the sliding shaft 17; an element for locking the up-and-down movements of the leg; and an element for releasing the lock; wherein the sliding shaft 17 of the leg 10 is constructed by using a resin with excellent mechanical strength, such as polycarbonate, to construct a peripheral part, and by using an elongated metallic member (a metal shaft 24 ) as a core.
    • 提供了一种重量轻的设备调节腿,可以实现成本降低而不降低抗冲击强度。 耐冲击强度得到保证,重量通过设备调节腿的结构实现,其包括:腿部10,其设置在设备外框的下部,能够上下移动 并且其下部形成为接地部16,并且其上部形成为滑动轴17,该滑动轴17具有设置在滑动轴17的周围的例如螺钉的凹凸部18 ; 用于锁定腿的上下运动的元件; 和用于释放锁的元件; 其中腿10的滑动轴17通过使用具有优异机械强度的树脂(例如聚碳酸酯)构成周边部分,并且通过使用细长的金属构件(金属轴24)作为芯构造。