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    • 2. 发明申请
    • COMPOSITE FASTENER FOR CERAMIC COMPONENTS
    • 陶瓷组件的复合紧固件
    • WO2008145695A1
    • 2008-12-04
    • PCT/EP2008/056614
    • 2008-05-29
    • SGL CARBON AGMONTMINY, JohnHINGST, KarlKRAUS, ThomasKLOTZ, Christian
    • MONTMINY, JohnHINGST, KarlKRAUS, ThomasKLOTZ, Christian
    • F16B33/00E04F13/14E04F13/08
    • F16B33/006F16B5/0088Y10T403/44
    • A tubular composite member (1) with two ends (2 A,B) for connecting ceramic components (3) made of a composite comprising an inorganic matrix reinforced with inorganic fibers is provided with an at least partially threaded internal surface (4) and an external surface (6). Further, a ceramic member (3) with at least one surface (8) provided with at least one annular groove (9) comprising an inner shell surface (10), an outer shell surface (11) and a root (12), wherein the inner shell surface (10) is at least partially threaded, is provided. Further, a ceramic member (3) assembly comprising at least two ceramic members (3) being connected by at least one tubular composite member (1), whereas the ends (2 A, B) of said tubular composite member (1) are screwed into either corresponding annular groove (9) of two adjacent ceramic members (3), is provided. The such fastened/ joined ceramic members (3) can be operated at high temperatures (above 1000 °C) especially under thermal cycling and/or thermal shock conditions as well as dynamic mechanical load in different directions. Further, methods to manufacture tubular composite members (1) according to this invention are provided.
    • 具有用于连接由包含由无机纤维增强的无机基体的复合材料制成的陶瓷组分(3)的两端(2A,B)的管状复合构件(1)设置有至少部分有螺纹的内表面(4)和 外表面(6)。 此外,具有至少一个表面(8)的陶瓷构件(3)设置有包括内壳表面(10),外壳表面(11)和根(12)的至少一个环形槽(9),其中 内壳表面(10)至少部分地具有螺纹。 此外,包括至少两个陶瓷构件(3)的陶瓷构件(3)组件通过至少一个管状复合构件(1)连接,而所述管状复合构件(1)的端部(2A,B)被拧紧 设置在两个相邻的陶瓷构件(3)的相应的环形槽(9)中。 这种紧固/接合的陶瓷构件(3)可以在高温(高于1000℃)下操作,特别是在热循环和/或热冲击条件下以及在不同方向上的动态机械载荷。 此外,提供了制造根据本发明的管状复合构件(1)的方法。
    • 3. 发明申请
    • ELECTRODE JOINT
    • 电极接头
    • WO2006114315A2
    • 2006-11-02
    • PCT/EP2006/003923
    • 2006-04-27
    • SGL CARBON AG
    • MONTMINY, JohnMORRIS, Edward, G.PRICE, Alan
    • H05B7/14H05B7/085F16B7/02F16B7/18
    • F16B33/02F16B33/006F16B35/04F16B37/00H05B7/14Y02P10/256Y02P10/259
    • An electrode assembly is secured against loosening/unscrewing and cracking of carbon and/or graphite electrodes. The electrodes are connected in columns with threaded connection elements, i.e., carbon nipples. The nipples have at their equator 80 to 110% of the diameter of the electrodes. Although the electrodes are connected by the nipples, they are not in direct contact with each other. This joint design is a "hybrid" between the widespread conventional nipple joint design and the rarely used male/ female joint design. Further, the male/ female joint design geometrical design is improved by precluding end-face contact of the electrodes and thus all electrical current must pass through the fully engaged threads of the male and female surfaces and not through the end- faces of the electrodes.
    • 固定电极组件以抵抗碳和/或石墨电极的松动/松动和破裂。 电极连接成具有螺纹连接元件的列,即碳芯。 乳头在其赤道处具有电极直径的80至110%。 虽然电极通过接头连接,但是它们不是彼此直接接触。 这种联合设计是广泛的常规乳头关节设计和很少使用的男/女联合设计之间的“混合”。 此外,通过排除电极的端面接触来改善阳/阴接头设计几何设计,因此所有电流必须通过阳表面和阴表面的完全接合的线,而不能通过电极的端面。