Crank arm sliding block plasma vibration ball mill

Abstract

The invention discloses a crank arm sliding block plasma vibration ball mill. The ball mill comprises a base mechanism, a power mechanism on the back surface of the base mechanism, a transmission mechanism on the back surface of the base mechanism and connected with the power mechanism, a ball-milling tank clamping mechanism at the front of the base mechanism, a ball-milling tank assembly on the ball-milling tank clamping mechanism, a crank arm movable block mechanism connected with the transmission mechanism and the ball-milling tank clamping mechanism at the same time and a plasma high-voltage discharge system. The power mechanism transmits power to the crank arm movable block mechanism through the transmission mechanism and drives the ball-milling tank clamping mechanism and the ball-milling tank assembly to move up and down through a crank arm sliding block structure. A mechanical structure can be well matched with a plasma high-voltage electrode, and the desktop type crank arm sliding block plasma ball mill is achieved. On one hand, high-frequency, high-amplitude and high-gravitational acceleration motion of grinding balls in a ball-milling tank can be achieved, on the other hand, the motion mode of the ball-milling tank has a good protection effect on an introduced high-voltage line, and safety and reliability are achieved.

Description

technical field [0001] The invention belongs to the field of vibration ball milling devices, in particular to a crank arm slider vibration ball milling device, which is suitable for dry grinding environments, discloses a mechanical vibration ball milling technology, and discloses the application of cold field plasma discharge technology to the equipment. Background technique [0002] Vibrating ball mill is a kind of chemical machinery, which is mainly composed of frame, vibrator, grinding tank, electric control system, cooling system, grinding medium, etc. It can grind the material to micron level by forming a strong impact crushing and grinding effect on the material. Equipment. The main working principle is that the motor drives the shaft equipped with the eccentric block to generate vibration through the winding coupling, and transmits it to the bracket. A ball mill cylinder is installed on the bracket, so the powder vibrates accordingly. Both sides and the bottom of th...

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Problems solved by technology

[0005] The purpose of the present invention is to provide a plasma vibration ball mill with a curved arm slider for the problems of low energy conversion efficiency, high noise, large volume, and unfriendly environment during use of the existing mechanical vibration vibration ball mill equipment.

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