A rotating assembly capable of generating electricity by utilizing self-radial rotating power

Abstract

The invention discloses a rotating assembly capable of generating electricity by utilizing self-radial rotating power, which includes a rotating shaft, bearings, bearing end caps and magnet mounting plates; n groups of N-pole magnets and n groups of S-pole magnets are uniformly distributed on the magnet fixing disk with center symmetry, and the N-pole magnets and the S-pole magnets are arranged atintervals, and n groups of coil windings are uniformly distributed with center symmetry on the inner surface of the bearing end cover opposite to the magnet surface of the magnet fixing disk, and then is a natural number; The magnet fixing disk is interference-connected with the rotating shaft between the bearing and the bearing end cover, wherein the magnet surface of the magnet fixing disk andthe inner side of the bearing end cover are slidably connected, and the back surface of the magnet fixing disk and the bearing end face are clearance-connected. The invention not only realizes the simultaneous generation of electricity by utilizing the radial rotating power of the invention, but also avoids the generation of fat accumulation, and obviously meets the requirements of energy saving,environmental protection and safe production.

Description

technical field [0001] The invention relates to a rotating assembly capable of generating electricity by using its own radial rotating power, and belongs to the technical field of rotating machinery. Background technique [0002] Rotating equipment is commonly used in industrial enterprises. Usually, a variety of instruments and meters are installed on the working site of the rotating equipment to monitor the working parameters and operating status of the field equipment. Since the working voltage of these instruments and meters is mostly low-voltage direct current, so that Only batteries can be used for power supply, which requires frequent shutdowns to replace batteries, which not only causes great losses and potential risks to the production of enterprises, but also cannot achieve continuous online work, which is an unsustainable power supply method. [0003] In addition, in order to ensure the normal and reliable operation of rotating equipment, it is necessary to ensure...

AI Technical Summary

Problems solved by technology

However, in practical applications, when the bearing runs at high speed, the rolling elements and the cage also rotate at a relatively high speed, so that an air vortex is formed around the bearing, so that a large amount of grease in the bearing is thrown into the cavity of the bearing end cover , due to the poor fluidity of the lubricating grease, the accumulation of grease will form over time, and this part of the grease cannot participate in the lubrication, which not only reduces the lubrication efficiency of the bearing, but also the long-term accumulated grease will harden and solidify and hinder the normal rotation of the bearing. And every time maintenance is performed, this part of the accumulated grease is disposed of as waste grease, which also causes a waste of grease resources

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