Anti-roller-knocking isolating barrel and feeding and discharging device with same

Abstract

The invention discloses an anti-knocking isolating barrel and a feeding and discharging device with the same. The isolating barrel is provided with a feeding hole and a discharging hole, and is internally provided with 3-8 cylindrical rods; rod bodies are externally coated with isolating skins; when the isolating barrel rotates, a triangular isolating bin is formed between the adjacent cylindrical rods; a workpiece enters the isolating barrel from the feeding hole and falls into the triangular isolating bin; the feeding and discharging device with the isolating barrel comprises a rack, wherein the rack is provided with a tray which is provided with a plurality of storage boxes; the storage boxes move in the tray by rollers; the anti-knocking isolating barrel is arranged above the storage boxes and is electrically connected with a power component; the rack is provided with a speed adjusting component for adjusting the speed of the power component. The anti-knocking isolating barrel and the feeding and discharging device disclosed by the invention have the advantages that by the adoption of the mode, the structure is simple, the problem of knocking of the rollers is effectively solved, buffering and zero-distance contact are realized, the direct contact with the rollers is avoided and the anti-knocking effect is obvious.

Description

technical field [0001] The invention relates to the field of roller processing, in particular to an anti-scratch isolation barrel and a feeding and discharging device with the isolation barrel. Background technique [0002] The roller production process is prone to bruises, which seriously affect the vibration and noise values ​​of the final bearing. This is something that neither the roller professional nor the bearing professional wants, but there is no good way to solve it. Workers can only use wooden boards during the process. Or plastic baffles to buffer the impact of the blanking, so as to reduce the damage of the rollers and roller parts, and even many companies have to manually pick them up, resulting in labor fatigue and multi-tasking. Although people try every means to prevent it, it still produces bruises from time to time, which affects the quality of products. Contents of the invention [0003] The main technical problem to be solved by the present invention ...

AI Technical Summary

Problems solved by technology

[0002] The roller production process is prone to bruises, which seriously affect the vibration and noise values ​​of the final bearing. This is something that neither the roller professional nor the bearing professional wants, but there is no good way to solve it. Workers can only use wooden boards during the process. Or plastic baffles to buffer the impact of the blanking, so as to reduce the damage of the rollers and roller parts, and even many companies have to manually pick them up, resulting in labor fatigue and multi-tasking.

Although people try every means to prevent it, but still from time to time there will be bruises, which will affect the quality of the product

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