| 
							
      					 | 
  					 
  					
    					 | 
   					 
   										
    					| 
	Unfallable Pole Based on Magnetic Force InteractionBetween Permanent Magnets
 | 
  					 
  					  										
						| 
	
		LÃ Qingrong1,JIANG Yu1,HU Hualei2, WANG Che1,TAO Jiaqi1,LI Hao3,FENG Shuangjiu2
	
 | 
					 
															
						 | 
					 
				 
				
				
					
						
							
								
									
										
											
                        					 
												
													
													    | 
													    	
														 | 
													 
																										
													
														
															
													
													    | 
													     		                            						                            																	    Abstract   
	By utilizing the same polarity repulsion between permanent magnets, a magnetic potential well wasconstructed to design and manufacture an unfallable pole device with adjustable height and anti-slip bottomThe device exhibits strong anti-interference ability , good stability, simple structure, and clever design. Themagnetic constraint between permanent magnets does not require external power supply, and has advantagessuch as contactless control,energy conservation ,and low cost.
 
																										     | 
														 
														
														
															| 
															    															    															    																	Published: 25 June 2024
															    															 | 
														 
														 														
															| 
																
															 | 
														 
																																									    																														 
															 | 
																															
															
													    	
															 | 
																
															
														 
														
													 
													
												 
												
												
												
													
														
															
																
																																																																																																										
																					| [1] | 
																					LIU Xin, LIU Xiaoqian, GUO Anbang. 
	Study on the Distribution of Space Energy Transmitted by Magnetic Coupling Resonance Radio Energy
[J]. Physical Experiment of College, 2024, 37(1): 45-48. | 
																				 
																																																																																																																																																																																																																										
																					| [2] | 
																					LU Qingrong', LIN Hang', WU Xiao', XU ZhiyuanWU Wentao’DONG Yang’, FENG Shuangjiu. 	Design of a Vibration Power Generation Device
[J]. Physical Experiment of College, 2022, 35(5): 73-76. | 
																				 
																																																																																																					 
														 | 
													 
												 
											 
											
											 
											
											 
										 
									 | 
								 
							 
						 | 
					 
				 
			
		 |