Upper piece equalizing system

Abstract

The invention discloses an upper piece equalizing system. The upper piece equalizing system comprises a circular chain 1, wherein the circular chain 1 for transmitting a workpiece is provided with an upper piece area, and is provided with a plurality of workpiece hanging positions which are distributed in the equal distance; and the workpiece output ends of the upper piece area corresponding to a plurality of preorder stations are provided with a plurality of upper piece positions 2. The upper piece equalizing system is characterized in that a longitudinal rail 3 is arranged between each of the upper piece positions and each of the workpiece output ends corresponding to the plurality of the preorder stations; transverse rails 4 are crossed with the longitudinal rails; a first trolley 5 which can slide along the longitudinal rails is arranged on the longitudinal rails; and a second trolley 6 which can slide along the transverse rails is arranged on the transverse rails. When the output speed difference of workpieces at each of preorder stations is large, the workpiece is distributed by the second trolley on the transverse rails in an equalizing mode to control that the speed of the upper pieces at each upper piece position is basically same, and the workpieces on the circular chain are uniformly distributed, so that the subsequent procedures are conveniently carried out; and therefore, the working efficiency can be effectively improved, and the upper piece equalizing system is suitable for popularization and application of the large-scale workpieces on the production line.

Description

technical field [0001] The invention relates to an upper equalizing system. Background technique [0002] In the coating production line, workpiece circulation chains are often used to transport workpieces. The circulation chain has multiple workpiece suspension positions for suspending workpieces, and the workpieces are suspended on the circulation chain one by one at the feeding position. For a large-scale coating production line, which can handle a large number of workpieces at the same time, only one loading position obviously affects work efficiency. Therefore, some coating production lines are directly connected to the output ends of multiple pre-sequence lines, and the workpieces sent from the output ends of each pre-sequence station are uniformly suspended on the circular chain, while the output ends of different pre-sequence stations send out workpieces The speeds are different, which will cause the accumulation of workpieces at the fast output end, and the corresp...

AI Technical Summary

Problems solved by technology

For large-scale coating production lines, which can handle a large number of workpieces at the same time, only one loading position obviously affects work efficiency

Therefore, some coating production lines are directly connected to the output ends of multiple pre-sequence lines, and the workpieces sent from the output ends of each pre-sequence station are uniformly suspended on the circular chain, while the output ends of different pre-sequence stations send out workpieces The speeds are different, which will cause the accumulation of workpieces at the fast output end, and the corresponding upper part position at the slow output end will often appear idle, which makes the uneven distribution of workpieces on the circular chain. process impact

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