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    • 3. 发明授权
    • System for automatically inserting U-tubes of heat exchanger or the like
    • 自动插入热交换器的U型管的系统等
    • US4543711A
    • 1985-10-01
    • US610409
    • 1984-05-15
    • Takeshi WadaHisanao KitaTatsuji WadaSusumu FujishimaHironori Kadowaki
    • Takeshi WadaHisanao KitaTatsuji WadaSusumu FujishimaHironori Kadowaki
    • B23P21/00B23P15/26B23P19/02
    • B23P19/022Y10T29/53039Y10T29/53061Y10T29/53113Y10T29/53117Y10T29/53548Y10T29/53961Y10T29/53974
    • Disclosed is a system for automatically successively inserting a plurality of U-shaped heat transfer tubes into holes of support members of an equipment such as a heat exchanger. The system has fixing means for removably fixing the support members such that the corresponding holes of the support members are axially aligned; gripping means adapted to pick up one of the heat transfer tubes and movable to bring the heat transfer tube toward the holes of supporting members; a positioning means disposed between the gripping means and the fixing means and adapted to hold the gripped heat transfer tube horizontally and to make the same align with the holes in the support members; and control means operatively connected to the gripping means and the positioning means so as to sequentially control the operation of both means in a predetermined sequence. The system operates as follows under the control of the control means. The gripping means grips the heat transfer tube and raises the same. The gripping means is then moved toward the support members while the positioning means supports the heat transfer tube. As the heat transfer tube is inserted deeper into the support members, the support of the tube by the positioning means is released. The gripping of the tube by the gripping means is released and the gripping means is then returned to the position for picking up the next tube, after the completion of the insertion of the heat transfer tube.
    • 公开了一种用于将多个U形传热管自动连续地插入诸如热交换器的设备的支撑构件的孔中的系统。 该系统具有用于可拆卸地固定支撑构件的固定装置,使得支撑构件的相应的孔轴向对准; 夹持装置,适于拾取传热管中的一个并且可移动以将传热管朝向支撑构件的孔; 定位装置,设置在夹持装置和固定装置之间,并且适于水平地夹持夹持的传热管并使其与支撑构件中的孔对齐; 以及与所述夹持装置和所述定位装置可操作地连接的控制装置,以便以预定的顺序依次控制两个装置的操作。 在控制装置的控制下,该系统如下操作。 夹持装置夹紧传热管并提升传热管。 然后将夹持装置移动到支撑构件,同时定位装置支撑传热管。 当传热管更深地插入支撑构件时,通过定位装置的管的支撑被释放。 在完成传热管的插入之后,通过夹持装置夹住管子被释放并且夹紧装置然后返回到用于拾起下一个管子的位置。
    • 5. 发明授权
    • Electron beam welding machine
    • 电子束焊机
    • US4317022A
    • 1982-02-23
    • US208428
    • 1980-11-19
    • Hisanao KitaYoshinori KaratsuTakamitsu NakazakiYoji Akutsu
    • Hisanao KitaYoshinori KaratsuTakamitsu NakazakiYoji Akutsu
    • B23K15/00H01J37/15H01J37/315B23K27/00
    • H01J37/315B23K15/0013H01J37/15
    • An electron beam welding machine comprises an electron gun including a first beam adjusting means, a second beam adjusting means disposed spaced from the first beam adjusting means so as to be movable in the direction of an electron beam path, and position adjusting means for adjusting the position of the second beam adjusting means through rotary movement about an axis perpendicularly crossing the electron beam path and linear movements on a plane perpendicular to the electron beam path. The machine further includes a mirror and light source mounted on the electron gun to emit light on the electron beam path, and photodetectors mounted on the opposite sides of the second beam adjusting means so as to face the electron gun and a workpiece, whereby the correct position of the second beam adjusting means is detected.
    • 电子束焊接机包括电子枪,该电子枪包括第一光束调节装置,与第一光束调节装置间隔开以便能够沿电子束路径移动的第二光束调节装置,以及位置调节装置, 第二光束调节装置通过围绕垂直于电子束路径的轴线的旋转运动和垂直于电子束路径的平面上的线性运动而进行第二光束调节装置的位置。 该机器还包括安装在电子枪上的反射镜和光源,以在电子束路径上发光,以及安装在第二光束调节装置的相对侧上以便面对电子枪和工件的光电检测器,由此正确 检测第二光束调整装置的位置。
    • 7. 发明授权
    • Electron beam welding method and apparatus therefor
    • 电子束焊接方法及其设备
    • US4271348A
    • 1981-06-02
    • US48883
    • 1979-06-15
    • Takamitsu NakazakiHisanao KitaYoji Akutsu
    • Takamitsu NakazakiHisanao KitaYoji Akutsu
    • B23K15/00
    • B23K15/00
    • An electron beam welding apparatus is provided with a magnetic shielding pipe for preventing electron beams emitted from being deflected by stray magnetic fields, and a removing device for removing metal deposit accumulated on a tip portion of the magnetic shielding pipe, which tip portion faces to a weld formed by welding of materials to be welded. The removing device is provided with at least a pair of shutters which move along a tip face of the tip portion to prevent the metal deposit from accumulating on the tip portion. The pair of shutters provides in their central portion a hole for passing electron beams therethrough when they are closed so that welding can continue irrespectively of the movement of the shutters.
    • 电子束焊接装置设有用于防止由杂散磁场偏转的电子束的磁屏蔽管,以及用于去除积聚在磁屏蔽管的尖端部分上的金属沉积物的去除装置,该尖端部分面向 通过焊接焊接形成的焊接材料。 除去装置设置有至少一对沿着尖端部的前端面移动的挡板,以防止金属沉积物积聚在尖端部分上。 一对百叶窗在它们的中心部分提供一个孔,用于当它们关闭时使电子束通过,使得焊接可以随着快门的运动而持续。
    • 8. 发明授权
    • Method for electron-beam welding of dissimilar metals
    • 异种金属电子束焊接方法
    • US3999031A
    • 1976-12-21
    • US546016
    • 1975-01-31
    • Tatsuo YonezawaTakamitsu NakazakiHisanao KitaTomohiko Shida
    • Tatsuo YonezawaTakamitsu NakazakiHisanao KitaTomohiko Shida
    • B23K9/23B23K15/00F01D9/04
    • B23K15/0006B23K9/232F01D9/044
    • A method whereby defect-free welds can be produced in joining metallic members of dissimilar materials by electron-beam welding. The method consists in inserting one of the metallic members in openings formed in a metallic plate of the same material as the other metallic member and welding one metallic member to the metallic plate by providing a weld metal, providing by overlay welding on the weld metal a padding metal of a material substantially similar to that of the other metallic member but lower in oxygen content, effecting machining of the outer surface of the padding metal to form a faying surface, and joining by electron beam welding the faying surface of the padding metal to a faying surface formed on the other metallic member whereby the faying surfaces can be rigidly welded.
    • 可以通过电子束焊接在不同材料的金属构件中产生无缺陷焊接的方法。 该方法包括将金属构件中的一个插入形成在与另一金属构件相同的材料的金属板中的开口中,并通过提供焊接金属将一个金属构件焊接到金属板上,通过焊接金属上的覆盖焊接 填充金属的材料基本上类似于另一个金属构件的材料,但是氧含量较低,进行填充金属的外表面的加工以形成引线表面,以及通过电子束焊接填充金属的引线表面与 形成在另一个金属部件上的接合表面,由此可以刚性地焊接接合面。
    • 9. 发明授权
    • Method of connecting superconducting wires
    • 连接超导线的方法
    • US4794688A
    • 1989-01-03
    • US35033
    • 1987-04-06
    • Takeshi WadaHisanao KitaYoshinori KaratsuYoji Akutsu
    • Takeshi WadaHisanao KitaYoshinori KaratsuYoji Akutsu
    • H01R4/68H01L39/02
    • H01L39/02Y10T29/49014Y10T29/49195
    • A method of connecting superconducting wires have the steps of preparing a connecting superconducting wire piece, exposing the filaments of the superconducting layers to be connected and the filaments of the connecting superconducting wire piece by partially dissolving and removing the coating layers, inserting the filaments of the superconducting wires to be connected into the filaments of the connecting superconducting wire piece such that the filaments of the connecting superconducting wire piece cross and envelope the filaments of the superconducting wires to be connected, fitting a metallic connecting pipe on the region where the filaments cross each other, and crimping the metallic connecting pipe onto the crossing filaments thereby tightly fixing and connecting the exposed filaments to each other.
    • 连接超导线的方法具有如下步骤:通过部分地溶解和去除涂层,将连接的超导线材的长丝暴露出待连接的超导层的长丝和连接的超导线材的长丝, 超导线将连接到连接超导线材的细丝中,使得连接超导线材的长丝交叉并包围待连接的超导线材的长丝,在金属连接管道上在每根纤维交叉的区域上安装金属连接管 将金属连接管压接在交叉的细丝上,从而将暴露的细丝彼此紧密地固定和连接。