Device for carrying out a joint, separation or surface treatment process in particular a welding process

Abstract

To provide a multilayer coil for high efficiency motor exhibiting heat resistance and impact resistance in which magnetism collection efficiency of winding is enhanced and motor output is enhanced while reducing loss.A plurality of ceramic substrates 51 printed with a coil pattern 53 are laid in layers through conductive paste, the coil patterns 53 of respective layers are connected electrically by through holes to form the coils of a plurality of phases as one multilayer structure wherein a powdery magnetic material 52 is admixed with the ceramic substrate in the center of individual coil patterns 53.

Description

technical field [0001] The invention relates to a device of the type stated in the preamble of claim 1 for carrying out joining, separating or surface treatment processes, in particular welding processes. Background technique [0002] Devices of this type are known, for example, in the form of welding devices for carrying out, for example, arc welding processes. [0003] If a welding task is carried out by means of e.g. an arc welding process, the welding task is to form a continuous weld seam without interruption of the arc during the manufacture of e.g. a vessel, the weld seam comprising a horizontal seam section ( flat welding position), a vertical weld section connected to the horizontal weld section (upward vertical welding position), then another horizontal weld section (overhead welding position), and finally another vertical weld section (downward vertical welding position) Welding position), which is connected to the horizontal weld segment that is initially formed...

AI Technical Summary

Problems solved by technology

[0006] A disadvantage of this known welding device is that the welder has to select the welding procedure to be dealt with, which in practice has the consequence that the welder, for the sake of saving time and convenience, uses as far as possible the same type of welding for all parts of a welding task. programs to avoid switching between different welding programs

Because a welding program is only suitable for a certain part of the welding task, for example it may be optimized for welding in the flat welding position, so the result in practice is different from that formed by using a welding program optimized for each welding seam section. Weld quality deteriorates compared to welds using the same welding procedure

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