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    • 2. 发明授权
    • Method for manufacturing thin-walled hollow bodies of concentric metal
layers
    • 制造同心金属层薄壁中空体的方法
    • US4807800A
    • 1989-02-28
    • US133024
    • 1987-12-15
    • Karl Million
    • Karl Million
    • B23K9/04
    • B23K9/048
    • A method for manufacturing thin-walled hollow bodies comprising concentric layers forming thin-walled structural parts of chemical installations subjected to stress at high temperatures, thereby replacing non-layered pipes of single-metal materials. Due to the methods of manufacture, structural parts of these single-metal materials have disadvantages because the single materials of which they are built cannot simultaneously satisfy the demands of corrosion resistance, high-temperature stability and resistance of scaling. According to the new method, for example, thin-walled pipes of concentric, non-corrosive, high-temperature stable, and non-scaling material layers are intended to be produced. For the non-corrosive inner layer, for example, a conventional thin-walled pipe is used. On this pipe high-temperature stable as well as non-scaling layers are produced through build-up welding with one or several welding heads in a manner such that during build-up welding, the thin-walled pipe is filled with a pressurized cooling medium. In build-up welding, the inner pipe is subdivided by partition walls into one or several cooling sections 5 and provided with sectionally functioning cooling circulations adapted to the number of welding heads in the welding regions. The hollow bodies manufactured according to the method are primarily used in high-temperature installations in the chemical industry.
    • 一种用于制造薄壁中空体的方法,其包括形成在高温下受应力的化学设备的薄壁结构部件的同心层,从而代替单层金属材料的非层管。 由于制造方法,这些单金属材料的结构部件具有缺点,因为它们构成的单一材料不能同时满足耐腐蚀性,高温稳定性和抗结垢性的要求。 根据新方法,例如,制造同心,非腐蚀性,高温稳定和非鳞屑材料层的薄壁管。 对于非腐蚀性内层,例如使用传统的薄壁管。 在这种管道上,通过使用一个或多个焊接头的堆积焊接产生高温稳定以及非结垢层,使得在堆积焊接期间,薄壁管填充加压冷却介质 。 在堆积焊接中,内管由分隔壁细分成一个或多个冷却部分5,并且具有适于焊接区域中的焊接头数量的分段功能的冷却循环。 根据该方法制造的中空体主要用于化学工业的高温装置。
    • 3. 发明授权
    • Method and device for manufacturing thin-walled hollow bodies of
concentric metal layers
    • 用于制造同心金属层的薄壁中空体的方法和装置
    • US4828161A
    • 1989-05-09
    • US195775
    • 1988-05-19
    • Karl Million
    • Karl Million
    • B23K9/04
    • B23K9/048
    • A method and device for manufacturing thin-walled hollow bodies comprising concentric layers employs, for thin-walled structural parts of chemical installations subjected to stress at high temperatures, non-layered pipes of single-metal materials. Due to the methods of manufacture, structural parts of these materials have disadvantages because the single materials of which they are built cannot simultaneously satisfy the demands of corrosion resistance, high-temperature stability and resistance to scaling. According to the new method, for example, thin-walled pipes of concentric, non-corrosive, high-temperature stable, and non-scaling material layers are intended to be produced. For the non-corrosive inner layer, for example, a conventional thin-walled pipe is used. On this pipe high-temperature stable as well as non-scaling layers are produced through build-up welding with one or several welding heads in a manner such that during build-up welding, the thin-walled pipe is filled with a pressurized cooling medium. In build-up welding, the inner pipe is subdivided by partition walls into one or several cooling sections 5 and provided with sectionally functioning cooling circulations adapted to the number of welding heads in the welding regions. The hollow bodies manufactured according to the method are primarily used in high-temperature installations in the chemical industry.
    • 用于制造包括同心层的薄壁中空体的方法和装置,对于在高温下受到应力的化学设备的薄壁结构部件,采用单层金属材料的非层状管。 由于制造方法,这些材料的结构部件具有缺点,因为它们构成的单一材料不能同时满足耐腐蚀性,高温稳定性和抗结垢性的要求。 根据新方法,例如,制造同心,非腐蚀性,高温稳定和非鳞屑材料层的薄壁管。 对于非腐蚀性内层,例如使用传统的薄壁管。 在这种管道上,通过使用一个或多个焊接头的堆积焊接产生高温稳定以及非结垢层,使得在堆积焊接期间,薄壁管填充加压冷却介质 。 在堆积焊接中,内管由分隔壁细分成一个或多个冷却部分5,并且具有适于焊接区域中的焊接头数量的分段功能的冷却循环。 根据该方法制造的中空体主要用于化学工业的高温装置。
    • 4. 发明授权
    • Method and apparatus for manufacturing a tube bend metal
    • 管弯金属制造方法及装置
    • US4517434A
    • 1985-05-14
    • US557928
    • 1983-12-05
    • Karl MillionHorst Zimmermann
    • Karl MillionHorst Zimmermann
    • B21C37/28B23K9/028B23K9/04B23K31/06
    • B23K9/046
    • A method of manufacturing a tube bend of a metal comprises positioning a base ring in the range of the welding device, using the welding device to deposit a first section of metal on the ring, moving the ring and the welding device through an arc relatively to each other by substantially the thickness of the first section of metal and thereafter depositing a subsequent section over the first section and repeating the moving and the depositing until the desired section thickness is formed into a wall. The device includes means for mounting a plate for pivotal movement and a base ring mounted on the plate for movement therewith below a welding device arranged so that the welding device and the plate remove relatively through an arcuate path so that a series of sections of metal may be built up into a tube bend wall. The welding device advantageously includes an electrode feeder and the apparatus preferably includes a welding device to provide a plating along the side of the wall section which is built up.
    • 制造金属管弯管的方法包括:在焊接装置的范围内定位基环,使用焊接装置将金属的第一部分沉积在环上,使环和焊接装置通过相对于 彼此基本上是金属的第一部分的厚度,然后在第一部分上沉积随后的部分,并重复移动和沉积,直到所需的部分厚度形成为壁。 该装置包括用于安装用于枢转运动的板的装置和安装在板上的基环,用于在焊接装置下方移动,焊接装置布置成使得焊接装置和板相对通过弧形路径相对移除,使得一系列金属部分 被建成一个弯管壁。 焊接装置有利地包括电极馈送器,并且该装置优选地包括焊接装置,以沿着建立的壁部分的侧面提供电镀。