High-speed transmission vertical delivery device

Abstract

Disclosed is a high-speed conveying paper perpendicular collecting device. The high-speed conveying paper perpendicular collecting device comprises a conveying belt and a press wheel fixing rod, wherein the press wheel fixing rod is located above the conveying belt. Press wheel sets which are arranged at intervals and press paper sheets on the upper surface of the conveying belt are installed at the bottom of the press wheel fixing rod. A paper collecting tray is arranged below the paper output end of the conveying belt. A paper guide assembly which can move in the paper movement direction to adjust the position is arranged at the end of the press wheel fixing rod, and comprises connecting rods, wherein the connecting rods are arranged on the two sides of each press wheel set respectively, the front half portion of each connecting rod is a bent portion which is bent towards the paper collecting tray, paper guide wheels are installed on the outer sides of the front end and the rear end of each bent portion respectively, and a paper guide belt which is attached to the paper sheets at the paper output end of the conveying belt is connected between the paper guide wheels. By the adoption of the high-speed conveying paper perpendicular collecting device, due to the fact that the paper guide assembly is added to the paper output end of the conveying belt, the paper drop angle of different paper sheets is adjusted by use of front-and-rear position movement adjustment of the connecting rods, and the situation that the paper sheets conveyed at a high speed can smoothly and stably drop to the paper collecting tray of a paper perpendicular collecting bin is ensured.

Description

technical field [0001] The invention relates to a high-speed transmission vertical paper delivery device. Background technique [0002] The paper after being detected by the detection machine is generally transferred to the low-speed transmission platform through the high-speed transmission platform in the prior art, forming successively stacked fish scales and slowing down, so as to smoothly enter the vertical warehouse for paper delivery, but this kind of paper delivery The method has relatively large requirements for the box shape of the sample. It is required that there are no protruding ears or notch-like grooves on the front of the product. It is required that the paper enters the vertical warehouse in a state of being opened one by one to prevent the above problems, but this requires a high speed of the fish scales to the vertical belt, and as far as the existing technology is concerned, the samples transported at high speed enter the vertical warehouse for collection...

AI Technical Summary

Problems solved by technology

[0002] The paper after being detected by the detection machine is generally transferred to the low-speed transmission platform through the high-speed transmission platform in the prior art, forming successively stacked fish scales and slowing down, so as to smoothly enter the vertical warehouse for paper delivery, but this kind of paper delivery The method has relatively large requirements for the box shape of the sample. It is required that there are no protruding ears or notch-like grooves on the front of the product. It is required that the paper enters the vertical warehouse in a state of being opened one by one to prevent the above problems, but this requires a high speed of the fish scales to the vertical belt, and as far as the existing technology is concerned, the samples transported at high speed enter the vertical warehouse for collection. The paper is more difficult, and it is impossible to collect paper vertically at high speed, mainly because the faster the transmission speed, the greater the inertia, and the greater the impact force with the rear baffle of the vertical paper delivery bin, it is easy to cause paper jams and flipping

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