High-precision low-friction magnetic suspension sliding composite guid rail
A guide rail and maglev technology applied to guide rails. It can solve the problems of unstable performance, high production cost, easy generation of vibration and noise, etc., and achieve the effect of strong load adaptability, anti-vibration ability, strong anti-vibration interference ability, and stable guiding performance.
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[0017] see figure 1 In this embodiment, a pair of bottom permanent magnet pairs 4 are installed opposite to each other between the bottom end face of the moving member 1 and the support surface of the guide rail 2 , and the bottom end face of the moving member 1 is kept from the bottom end face of the moving member 1 with the repulsive force formed by the bottom permanent magnet pair 4. The supporting surfaces of the guide rail 2 are in a non-contact state, and a positive pressure is formed between the moving part 1 and the top guide surface 3 of the guide rail 2;
[0018] Taking one side end face of the moving member 1 and the guide rail 2 as the side guide surface 5, on the other side end face opposite to the side guide surface 5, the side permanent magnet pair 6 is installed opposite to each other, and the side permanent magnet pair 6 is installed. The repulsive force formed by the magnet pair 6 keeps the moving element 1 and the guide rail 2 in a non-contact state on the s...
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