A small particle magnet automatic feeding device

Abstract

The invention discloses an automatic feeding device for small granule magnets. A piston rod of a first air cylinder is connected with one end of a first sliding device, a piston rod of a second air cylinder is connected with one end of a second sliding device, and the first air cylinder and the second air cylinder are arranged at the two ends of a base respectively. A first limiting adjusting rod is arranged at one end of the base and on the upper portion of the first air cylinder, and the first limiting adjusting rod and the second sliding device are arranged on the same horizontal plane. A second limiting adjusting rod is arranged at the other end of the base, and the second limiting adjusting rod and the first sliding device are arranged on the same horizontal plane. A large number of mechanical components are improved, and the problems that a traditional clamp is still adopted for natural feeding, material clips need to be frequently replaced, manual loading is needed, consequently, labor is consumed, and efficiency is low; in the slipping process of the small granule magnets, face turnover, dislocation and clamping easily occur, consequently, feeding cannot be achieved, and machining is interrupted; and static electricity or weak pole magnetism cannot be eliminated, and consequently feeding fails are effectively solved. The small granule magnets can be effectively fed automatically and smoothly on a large scale.

Description

Technical field [0001] The invention relates to an industrial processing equipment, in particular to an automatic feeding device for small particle magnets. Background technique [0002] Magnets are widely used in various fields such as modern military, medicine, industry, and life, and the market for magnet processing (such as cutting, drilling, surface treatment, etc.) is also showing an increasingly busy scene. In particular, the feeding problem of small particle magnets currently has serious bottlenecks: [0003] 1. The traditional clamps are still used for natural blanking, and the clamps are constantly changed and the materials are manually loaded, which wastes labor and is inefficient; [0004] 2. The small material magnet is easy to turn over, dislocation, and jam during the sliding process, causing no material discharge and interruption of processing; [0005] 3. Unable to remove static electricity and weak polar magnetism, causing feeding failure. [0006] Therefore, it is u...

AI Technical Summary

Problems solved by technology

Especially the feeding problem of small particle magnets, there is currently a serious bottleneck:

[0003] 1. Still using traditional jigs for natural cutting, it is necessary to constantly change the clamps and manually load the materials, which wastes manpower and inefficiencies;

[0004] 2. Small material magnets are easy to turn over, dislocate, and get stuck during the sliding process, resulting in no feeding and interruption of processing;

[0005] 3. Unable to eliminate static electricity and weak polarity magnetism, resulting in feeding failure

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