Suspension electromagnet turn over tool and turn over method

Abstract

An overturning tool for a suspended electric magnet is shaped like a C-shaped flat plate and comprises a top face, a bottom face, a semi-circular arc face and an opened part. The tool is characterized in that the top face and the bottom face of the overturning tool are vertically aligned horizontal faces; the top face and the bottom face are connected by the arc face; the top face and the bottom face are tangent to two ends of the arc face respectively; the opened part sleeves the electric magnet in the width direction of the electric magnet; an inner polar plate of the electric magnet is positioned at an opened end of the opened part; and an outer polar plate of the electric magnet is positioned at an inner end of the opened part. The overturning tool for the suspended electric magnet provided by the invention has the advantages that the suspended magnet can be overturned safely and easily, and coils are not damaged at the same time. The invention also provides an overturning method for the suspended electric magnet.

Description

technical field [0001] The invention relates to a suspension electromagnet turning tool and a turning method, which are used for turning a suspension electromagnet in the manufacturing process, and belong to the technical field of electromagnet manufacturing. Background technique [0002] Conventional maglev trains rely on electromagnetic levitation technology to generate electromagnetic attraction between the levitation electromagnets installed under the track and the track to achieve the purpose of overall vehicle levitation. Compared with common wheel-rail trains, maglev trains are safer, faster, and more efficient. Low power consumption, low noise and so on. The core component of the electromagnetic levitation train is the high-performance levitation electromagnet. [0003] The most common structure of levitating electromagnet, such as figure 1 As shown, it includes an inner pole plate 101, an outer pole plate 102, a coil 103 installed between the inner pole plate 101 ...

AI Technical Summary

Problems solved by technology

In the process of assembling, testing, painting, testing, packaging, installation, etc. of the levitating electromagnet, it needs to be turned over frequently, that is, to stand upright or upside down the coil 103. If the electromagnet is placed directly on the ground for rolling, the coil 103 needs to be 103 is on the ground and subjected to force, because the coil 103 is an insulator, it is easy to damage the insulating surface of the coil 103 during the turning process, which affects the insulation quality of the electromagnet

If the electromagnet is hoisted by a crane and turned over in a suspended state, the operation is relatively complicated and the efficiency is low, and there is also the risk of the electromagnet falling to the ground during the turning over process

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