Method for designing of the total rotation multiple degrees of freedom magnetic line of force of band to iron powder interaction motion

Method for designing of the total rotation multiple degrees of freedom magnetic line of force of band to iron powder interaction motion

  • CN 106,940,951 A
  • Filed: 03/25/2017
  • Published: 07/11/2017
  • Est. Priority Date: 03/25/2017
  • Status: Active Application
First Claim
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1. the method for designing for the motion that interacted with total rotation multiple degrees of freedom magnetic line of force to iron powder, it is characterized in that, outside is one saturatingBright large cylinder composition, this cylinder, which has altogether, is divided into 6 parts composition, and from top to bottom, Part I is a transparent lid, theTwo parts are the cases that a transparent iron powder is inside moved, and Part III is Motor execution unit, and Part IV is intelligenceEnergy control system, Part V is overall drive motor, and Part VI is bottom bucket, and the effect of Part I transparency cover is to cover downThe iron powder in face will not be spilled over coming, and can see how the iron powder of the inside moves, and Part II is for depositing iron powder, the bottom of case keeps apart iron powder and following magnet, and cylinder continues to extend downwardly, and following bottom bucket connection, andAnd the base material of case is no magnetic, it will not also be entered by the material of attraction, iron powder according to the change in following magnetic fieldRow motion, and be transparent, the motion of iron powder can be so watched in different angles, Part III is mounted with very hereComplicated structure, can mainly allow magnet turn clockwise or rotate counterclockwise, move up and down, move forward and backward, side-to-side movement,And magnet above can be changed, magnet can be made variously-shaped, and following movable axis is to pacify according to the need for researchHow many are filled, how many are just installed, 2 can not be at least less than, this movable axis can be moved forward and backward on following trapped orbit,Main motion servomotor is mounted on movable axis, can install how many main motion servomotors according to research needs, eachMain motion servomotor can the side-to-side movement on movable axis, movable axis be arranged on following trapped orbit on, trapped orbit isIt is fixed dead in following rotating disk, thus Based Intelligent Control can be carried out according to design requirement by intelligence control system, allowedMagnet is moved according to the various tracks of setting, will observe chaotic motion, vortex movement, the magnetic line of force of motionInteraction, many-body interaction, fluid motion is intuitively showed, and Part IV is intelligence control system, is mainly setDetermine various parameters, automatically control the parameter of each motor is rotated above revolution and velocity of rotation, rotation time and rotation direction,Part V is one big servomotor, and the rotary shaft of big servomotor and rotating disk above fix dead, big servomotor energyIt is rotated disc spins, Part VI is bottom bucket, big servomotor is directly fixed in the bottom of bottom bucket, bottom bucket and case aboveExtension cylinder connect into an entirety, the two can take apart, the equipment inside magnet and installation inside replacing.

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