Installation mechanism of tile-shaped magnetic block of wind driven generator

Abstract

The invention discloses an installation mechanism of a tile-shaped magnetic block of a wind driven generator. The installation mechanism comprises a working table, wherein the middle portion of the working table is provided with a columniform positioning inner core, the periphery of the columniform positioning inner core installed on the working table is provided with a plurality of rails which are in an radial shape and the pluralities of the rails are provided with installation components of the tile-shaped magnetic block. The outer side of each rail installed on the working table is provided with an ejection component used for pushing the installation components of the tile-shaped magnetic block to slide on the rails. The installation mechanism has the advantages of preventing effectively the magnetic block from being absorbed or repelled because of magnetic force, protecting effectively the magnetic block, being high in operability, good in positioning, high in efficiency, good in assembly quality, low in cost and the like.

Description

【Technical field】 [0001] The invention relates to an installation mechanism of a tile-shaped magnetic block of a wind power generator. 【Background technique】 [0002] The traditional (multi-piece) tile-shaped magnetic block assembly process of permanent magnets is mainly: the appearance of the (multi-piece) tile-shaped magnetic block of the assembled permanent magnet is made of non-magnetic material; pre-fixed at the position to be assembled; and then Assembled by extrusion replacement. This purpose is mainly to prevent the magnetic block from being absorbed or repelled by the magnetic force during the assembly process, resulting in impact damage to the magnetic block, but the positioning of this method is not good, and the pre-fixing effect of the magnetic block directly determines whether it is in the assembly process. It will be more difficult to protect the magnetic blocks, especially the assembly of larger size magnetic blocks and homopolar magnetic blocks. This metho...

AI Technical Summary

Problems solved by technology

This purpose is mainly to prevent the magnetic block from being absorbed or repelled by the magnetic force during the assembly process, resulting in impact damage to the magnetic block, but the positioning of this method is not good, and the pre-fixing effect of the magnetic block directly determines whether it is in the assembly process. It can protect the magnetic blocks, especially the assembly of larger size magnetic blocks and homopolar magnetic blocks will be more difficult

This method is less efficient in the mass production process, and the assembly quality is difficult to guarantee

[0003] At present, there is no device that can position well and install (multiple pieces) tile-shaped magnetic blocks in large quantities under the premise of ensuring that the magnetic blocks are not damaged. This invention is designed and developed under this background

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