High-efficiency anti-shaking leveling mechanism

Abstract

The invention discloses a high-efficiency anti-shaking flattening mechanism which comprises a rack, a supporting piece is arranged on the rack, one face of the supporting piece is in sliding fit with the rack, the other face of the supporting piece is provided with a flattening machine and a buffering area used for buffering strip-shaped materials, and the strip-shaped materials are connected with an arranged damping mechanism after passing through the buffering area; a guide rail is further arranged on the machine frame, the guide rail is matched with a sliding block arranged on the supporting piece so that the supporting piece can longitudinally slide on the machine frame, and due to the fact that the supporting piece slides on the machine frame, the height of the leveler and the height of the buffering area can be adjusted. According to the belt-shaped material conveying device, the belt-shaped material conveying device can meet the requirement of any punching machine equipment for the conveying height of belt-shaped materials, meanwhile, due to the arrangement of the buffering area, on one hand, the occupied space of the belt-shaped materials under the same length is reduced, and on the other hand, the belt-shaped materials are buffered through the buffering area so that the belt-shaped materials can be stably and reliably output; and in addition, the damping mechanism can relieve the problem of vibration in the strip-shaped material output process.

Description

technical field [0001] The invention relates to the technical field of peripheral equipment of high-speed press equipment, in particular to a high-efficiency anti-shake leveling mechanism. Background technique [0002] During the conveying process of the strip-shaped material, due to its own weight, there will be discounts or arc-shaped downward depressions, which will cause the strip-shaped material to be stretched and vibrated during the conveying process, especially in the current new energy vehicle drive motor. The silicon steel core below 0.3MM is used, the stator core of the driving motor is above 220MM, and the motor core is produced by high-speed punching machine driven mold. In order to improve the production efficiency, the stamping company has the width of the silicon steel belt above 420MM. During the high-speed production process, shocks occur, causing misfeeding of the punching machine and poor feeding, and normal production cannot be performed. Contents of t...

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Problems solved by technology

[0002] During the conveying process of the strip-shaped material, due to its own weight, there will be discounts or arc-shaped downward depressions, which will cause the strip-shaped material to be stretched and vibrated during the conveying process, especially in the current new energy vehicle drive motor. The silicon steel core below 0.3MM is used, the stator core of the driving motor is above 220MM, and the motor core is produced by high-speed punching machine driven mold. In order to improve the production efficiency, the stamping company has the width of the silicon steel belt above 420MM. During the high-speed production process, shocks occur, causing misfeeding of the punching machine and poor feeding, and normal production cannot be performed

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