Floating slab track vibration isolation system based on node network pressure of electromagnetic suspension sliding shuttle

Abstract

The invention discloses a floating slab track vibration isolation system based on node network pressure of an electromagnetic suspension sliding shuttle. The system structurally comprises a single-chip microcomputer electric plate, a rail short column block, a power grid balance magnetic disc, a cable, a rail transverse plate, a bayonet lock groove and a rubber base. According to the invention, the rail short column block is matched with the power grid balance magnetic disk; the effect of adjusting the potential difference and the potential height balance in a lifting manner is achieved; in anelectromagnetic levitation process, a consumed coil value can be adjusted by matching lifting of the lifting column groove with unfolding of the node emitter to internally eject and pull the power grid; an electromagnetic induction line deformation compressive balance effect for reinforcing an internal electromagnetic field is formed; balance pressure of track vibration isolation is guaranteed, single-side stress loss is avoided, a supporting table current is formed by attaching the floating plate, the floating plate bears more stably and is evenly stressed during track type suspension sliding, it is guaranteed that the node network voltage enables micro-change electric power to be controlled, and the piezoelectric material floating plate achieves the balance protection effect.

Description

technical field [0001] The invention relates to a floating plate track vibration isolation system based on the node network voltage of an electromagnetic suspension shuttle, which belongs to the field of piezoelectric materials. Background technique [0002] The maglev train is a means of transportation that is generally built using electrical structures. Due to the high current flow rate and the huge sliding pressure of the coil resistance, the train travels at a high speed, which ensures the stability and stability of the floating plate on the maglev track in the electromagnetic field force. The vibration isolation effect is excellent, and the shortcomings of the current technology that need to be optimized are: [0003] The balance force of the magnetic levitation is very important. To balance the floating plate on the track under the condition of the coil potential difference and the number of wear circles is different, it will cause a slight tilt phenomenon, which will ...

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Problems solved by technology

[0004] In view of the deficiencies in the prior art, the purpose of the present invention is to provide a floating plate track vibration isolation system based on the node network pressure of the electromagnetic levitation shuttle, so as to solve the problem that the balance force of the magnetic levitation is very important. If the number is poor, balancing the floating plate on the track will cause a slight inclination, which will lead to the heavy sliding pressure of the entire upper carrier, which will make the vibration isolation balance effect of the floating plate poor, resulting in uneven force on the nodes and affecting the whole block. The shear effect of the plate surface makes it easy for the floating plate to break due to the unilateral side load exceeding the rated bearing capacity during the suspension and sliding process of the track, and the electromagnetic force line field will be deformed and torsionally compressed, making it easy for free electrons to accumulate on one side The phenomenon of electric spark friction is generated, and the problem of insufficient adjustment to the safety hazard protection of the track

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