Omnidirectional adjustable simple magnetic levitation mechanics experimental instrument

Abstract

The present invention relates to an omnidirectional adjustable simple magnetic levitation mechanics experimental instrument. The instrument comprises a leveling and incline angle adjustment indicator, a magnetic track, a first supporting leg, a second supporting leg, a transverse leveling crossbeam, a transverse leveling magnetic track inclination adjusting supporting leg, a first photoelectric door, a second photoelectric door, an experiment slide block, a driven pulley and a weight disc. The leveling and incline angle adjustment indicator is inserted at the left end of the magnetic track; the first supporting leg and the second supporting leg are respectively sleeved at the two ends of the transverse leveling crossbeam; the two ends of the transverse leveling crossbeam are located at the bottom of the left side of the magnetic track; a track formed by two supports is arranged at the bottom of the right side of the magnetic track; a rotating wheel is arranged at the upper portion of the transverse leveling magnetic track inclination adjusting supporting leg, and the rotating wheel is cooperated with the track formed by the two supports; and the two supports are provided with leveling magnetic track inclination adjusting fixed screw movable chutes, and the wheel axle of the rotating wheel is connected with a leveling magnetic track inclination adjusting fixed nut bar and is in cooperation locking with the leveling magnetic track inclination adjusting fixed screw movable chutes. The structure is reasonable and the experiment effect is good.

Description

technical field [0001] The patent of the present invention relates to an experimental instrument, in particular to an all-round adjustable simple magnetic levitation mechanical experimental instrument. Background technique [0002] At present, universities and manufacturers are using the traditional air-cushion guide rail mode to suspend sliders for related experiments, that is, holes are evenly drilled on both sides of the cavity guide rail blocked at both ends of the triangle iron siege, and the air pump is used to inflate the closed triangle iron guide rail cavity through one end. The gas is ejected through the small holes on both sides of the triangle iron cavity guide rail, so that the slider is suspended on the gas rail for related experiments. This structure is not conducive to energy saving and emission reduction, and the movement of the slider is not very stable. In addition, there is also a planar magnetic levitation guide rail currently on the market, and the sli...

AI Technical Summary

Problems solved by technology

This structure is not conducive to energy saving and emission reduction, and the movement of the slider is not very stable.

In addition, there is also a planar magnetic levitation guide rail currently on the market, and the slider is also planar. In this mode, the slider is suspended on the magnetic track. Not only do barrier walls need to be set on both sides to increase additional resistance, but the stability is not enough, serious affect the experimental measurement accuracy

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