Anti-vibration plate and material transport device applying same

Abstract

The invention provides an anti-vibration plate which is roughly of a platy structure comprising a first portion and a second portion, wherein the first portion and the second portion are integrally connected, and various through holes are arranged on the second portion. The invention further provides a material transport device applying the anti-vibration plate. By the aid of the anti-vibration plate, vibration range and vibration frequency of materials are reduced during high-speed moving of materials, so that a transportation process is more stable and fracture of the materials occurs less. In addition, the anti-vibration plate is free of power consumption, simple in structure, assembling, adjusting and maintenance, quite low in cost, more energy-saving and environment-friendly and capable of effectively preventing vibration of the materials. Multiple anti-vibration plates can be mounted at various positions during the whole transportation.

Description

technical field [0001] The invention relates to an anti-shake plate and an object conveying device using the anti-shake plate. Background technique [0002] Papermaking is divided into two parts, wet end and dry end. The wet end is the process of spraying the slurry onto the forming wire to form a wet paper web until the dryer is dried, and the dry end is the process of the paper web from the end of the dryer to coiling. During the drying process, the paper web is usually not supported by the net blanket, and it moves directly under the drive of the guide roller. The speed (moving speed of the paper web) can reach about 2000m / min. jitter due to rising. The vibration of the paper web will cause the paper web to break or the winding will be uneven, which will affect the copying effect. Although many existing anti-shake boards can prevent the paper web from shaking from forming to final winding, most of them require energy consumption and have complex structures. Contents ...

AI Technical Summary

Problems solved by technology

The paper web vibration will cause the paper web to break or the winding will be uneven, which will affect the copying effect

Although many existing anti-shake boards can prevent the paper web from shaking from the paper web forming to the final winding, most of them require energy consumption and the structure is relatively complicated.

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