Induction heating leveling integral structure

Abstract

The invention relates to an induction heating leveling integral structure. The structure is characterized by comprising a control system, a water cooling system and an execution system. According to the structure, the whole induction leveling system is used for integrating three energy modes into a whole, the three energy modes include electricity, magnetism and heat, a power regulator and a frequency converter are controlled, so that the electric energy which is subjected to rectification filtering inversion is transmitted to an electromagnetic induction heating energy converter to be converted into magnetic energy, and an eddy current is generated to complete leveling; compared with an ordinary induction heating leveling device, the induction heating leveling integral structure has the characteristics of being small in size, light in weight, easy to move and wide in operation range; in addition, the structure has the characteristics of being high in heating efficiency, high in heating speed and capable of saving energy; the defects of a single constant current power supply and a single constant power supply are overcome, and the advantages of the single constant current power supply and the single constant power supply are reserved; compared with the prior art, a water cooling system is simple in structure, moreover, each water cooling channel is independent, the design is simple, the installation is convenient, and the popularization is facilitated; and in addition, the water cooling effect is remarkable, heating areas of components and parts are independently cooled byeach water cooling channel, the main heating areas are cooled, and then the direct and effective effects are realized.

Description

technical field [0001] The invention relates to the field of high-frequency induction heating, in particular to an induction heating leveling overall structure. Background technique [0002] At present, ships and ocean engineering structures are mainly connected by fusion welding. The uneven local heating of steel by welding arc will inevitably lead to stress and deformation of ships and ocean engineering structures. Due to the large size and mass of ships and ocean engineering structures, it is impossible to use mechanical leveling and deformation, and now mainly rely on pyrotechnics for leveling. There are many disadvantages in the pyrotechnic leveling and deformation process, such as long heating time, easy to cause overburning when leveling thick steel plates, high requirements for operator experience and skills, poor stability and consistency of leveling effect; another On the one hand, toxic gas and smoke will be produced during the leveling process to pollute the env...

AI Technical Summary

Problems solved by technology

There are many disadvantages in the pyrotechnic leveling and deformation process, such as long heating time, easy to cause overburning when leveling thick steel plates, high requirements for operator experience and skills, poor stability and consistency of leveling effect; another On the one hand, toxic gas and smoke will be produced during the leveling process to pollute the environment, and acetylene and liquefied gas are less safe

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