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    • 1. 发明授权
    • Locking detent for corrugated tube
    • 波纹管锁定止动器
    • US4509560A
    • 1985-04-09
    • US545189
    • 1983-10-25
    • Gunter Schafer
    • Gunter Schafer
    • B21C37/12F16L11/16F16L9/06
    • F16L11/16B21C37/121B21C37/124
    • A strip of longitudinally corrugated thin sheet metal is spirally coiled to form a tube with adjacent border portions of successive convolutions overlapping each other with at least one corrugation in the overlying border portion of one convolution fitting into one corrugation of the underlying border portion of an adjoining convolution, and the interfitting crests are provided with circumferentially spaced locking detents each of which has a flattened central area flanked by crimps along its marginal portions that extend downwardly and outwardly in substantial abutment with the lowermost portions of the crests in which the detents are located.
    • 一条纵向波纹状的薄金属板被螺旋卷绕形成一个管,其相邻的卷绕部分的相邻边界部分彼此重叠,在一个卷绕装配的上部边界部分中至少有一个波纹,形成邻接的一个褶皱的底部边界部分的一个波纹 并且配合顶部设置有周向间隔开的锁定棘爪,每个锁定棘爪具有扁平的中心区域,其两侧为沿着其边缘部分的卷曲,其向下和向外延伸,基本上与制动器所在的顶部的最下部分邻接。
    • 2. 发明授权
    • Process for the production of K- or Rb-.beta.
    • 生产K-或Rb-β“ - 或 - β - 氧化铝离子导体的方法
    • US5474959A
    • 1995-12-12
    • US219191
    • 1994-03-28
    • Gunter SchaferArnold van ZylWerner Weppner
    • Gunter SchaferArnold van ZylWerner Weppner
    • C01F7/02C01G51/00C01G53/00C04B35/113C04B35/626
    • C04B35/626C01F7/028C04B35/113
    • The present invention provides a process for the production of a K- or Rb-.beta."- or -.beta.-aluminum oxide powder preparation, wherein a cubic densely packed aluminum oxide (.gamma.-aluminum oxide) or a precursor thereof is subjected to attrition together with a doping material or a precursor thereof, the so obtained mixture is calcined in an oxygen-containing atmosphere, potassium oxide or rubidium oxide or a precursor of these compounds is added to the calcination product obtained, the mixture is subjected to attrition and then calcined in an oxygen-containing atmosphere at a temperature greater than 900.degree. C. The present invention also provides a process for the production of a ceramic formed body in which a powder obtained by the above process is converted by attrition, isostatic pressing and sintering into a ceramic formed body. Such a ceramic formed body can be used as an ion conductor.
    • 本发明提供了一种生产K-或Rb-β“ - 或β-二氧化铝粉末制备方法,其中立方密集填充的氧化铝(γ-氧化铝)或其前体被磨损 与掺杂材料或其前体一起,将所得混合物在含氧气氛中煅烧,将氧化钾或氧化铷或这些化合物的前体加入到所获得的煅烧产物中,将混合物磨损,然后 在含氧气氛中在大于900℃的温度下煅烧。本发明还提供一种陶瓷成形体的制造方法,其中通过磨耗,等静压和烧结将上述方法获得的粉末转化为 陶瓷成型体。 这种陶瓷成形体可以用作离子导体。
    • 3. 发明授权
    • Pipe clamp
    • 管夹
    • US4489463A
    • 1984-12-25
    • US478259
    • 1983-03-24
    • Gunter Schafer
    • Gunter Schafer
    • F16L21/06F01N13/18F16B2/06F16L33/02F16L37/08B65D63/02
    • F01N13/1805F16L37/08Y10S285/921Y10T24/1437Y10T24/1457
    • A pipe clamp has a U-bolt with legs each of which is provided with first and second tandemly arranged frustoconical circumferential ribs with planar annular bases that define the distal margins of circumferential grooves in the U-bolt legs, and a C-shaped sheet metal saddle having a hollow body portion with inside edges that are separated by a space less than the maximum width of the body portion. The saddle has circumferentially slit extremities each of which has aligned transverse internal flanges with opposed inner margins that define split circular openings which are dimensioned to permit the flanges to snap around the circumferential ribs and engage in the grooves. The U-bolt and saddle are adapted to loosely encircle a pipe when the flanges are engaged in the first grooves, and are adapted to firmly clamp the pipe when the flanges are engaged in the second grooves.
    • 管夹具有具有腿的U形螺栓,每个U形螺栓具有第一和第二串列布置的截头圆锥形周向肋,其具有限定U形螺栓腿中的周向槽的远侧边缘的平面环形基部,以及C形金属片 鞍座具有中空主体部分,内部边缘由小于主体部分的最大宽度的空间分开。 鞍座具有圆周的狭缝末端,每个具有对准的横向内部凸缘,其具有相对的内部边缘,该内部边缘限定了分开的圆形开口,其尺寸被设计成允许凸缘卡合周向肋并接合在凹槽中。 当凸缘接合在第一凹槽中时,U形螺栓和鞍座适于松动地环绕管道,并且当凸缘接合在第二凹槽中时,U形螺栓和鞍座适于牢固地夹紧管道。
    • 4. 发明授权
    • Apparatus for manufacturing flexible corrugated tubes
    • 柔性波纹管制造装置
    • US4622838A
    • 1986-11-18
    • US821709
    • 1986-01-23
    • Gunter Schafer
    • Gunter Schafer
    • B21C37/12
    • B21C37/128B21C37/121B21C37/124B21C37/126
    • Apparatus for helically curling longitudinally corrugated thin strip material into a flexible corrugated tube has a curling unit with driven input rollers forming a nip that matches the strip, and a cassette for a reel of the material which is connected to said unit and has strip guide rollers immediately adjacent the input rollers. The curling unit has driven output rollers on an upright support to drive the strip, and a spider which is vertically adjustable on the support and carries strip guide rollers which are on spindles equidistant from the longitudinal axis of the forming tube, and radially adjustable, so that adjustment of the spider on the support and the spindles on the spider permits the unit to form tubes of different diameters. A locking mechanism intermittently crimps overlapping parts of the forming tube. A bending device aids in forming relatively stiff strip stock, and also aids in forming softer stock into very small diameter tubes.
    • 用于将纵向波纹状薄条材料螺旋卷曲成柔性波纹管的装置具有卷曲单元,其具有形成与条带相匹配的辊隙的驱动输入辊以及连接到所述单元并具有条带导辊的材料卷轴 紧邻输入辊。 卷发单元已经将输出辊驱动在直立支撑件上以驱动条带,以及在支撑件上可垂直调节的蜘蛛,并且承载在与成形管的纵向轴线等距的主轴上的条带导辊,并且可径向调节 支架上的蜘蛛的调节和蜘蛛上的主轴允许单元形成不同直径的管。 锁定机构间歇地压接成形管的重叠部分。 弯曲装置有助于形成相对硬的条状原料,并且还有助于将较软的原料形成到非常小直径的管中。