Anti-paper-jam channel plate and stamping machine

Abstract

The invention provides an anti-paper-jam channel plate and a stamping machine. The channel plate comprises a plate body used for conveying paper and a plurality of through holes used for preventing paper jam, and the plurality of through holes are formed in the plate body. The anti-paper-jam channel plate has the beneficial effects that the channel plate with the through holes is designed, the effective contact area of a channel and paper is greatly reduced through the dense through holes, and therefore the paper jam probability caused by the fact that the channel is wet or not enough in smoothness is reduced. Paper is prevented from adhering to the plate body, the paper is conveniently separated from the plate body, evaporation of water in the channel is facilitated, and the reliability of the channel is improved.

Description

technical field [0001] The invention relates to the technical field of stamping and printing equipment, in particular to an anti-jam channel plate and a stamping machine. Background technique [0002] Whether it is banknotes or ordinary paper on the market, the transmission channel basically uses a complete plane. When the surface finish in the channel is not smooth enough, or the water droplets in the channel are condensed due to the high humidity climate, the paper will go all the way to absorb the water drops in the channel. As a result, the paper is completely stuck, and the probability of paper jams in the passage will be greatly increased, especially when the paper is fed into the passage and advanced for a certain distance only by the power outside the passage, the probability of paper jams will increase significantly. Contents of the invention [0003] The technical problem to be solved by the present invention is to provide an anti-jam channel plate and a stamping...

AI Technical Summary

Problems solved by technology

[0002] Whether it is banknotes or ordinary paper on the market, the transmission channel basically uses a complete plane. When the surface finish in the channel is not smooth enough, or the water droplets in the channel are condensed due to the high humidity climate, the paper will go all the way to absorb the water drops in the channel. As a result, the paper is completely stuck, and the probability of paper jams in the passage will be greatly increased, especially when the paper is fed into the passage and advanced for a certain distance only by the power outside the passage, the probability of paper jams will increase significantly

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