Turnover lifting type yardage roll stacking trolley

Abstract

The invention relates to a turnover lifting type yardage roll stacking trolley. The turnover lifting type yardage roll stacking trolley comprises a trolley frame and a turnover frame rotationally connected to the trolley frame, wherein a first driving device used for controlling the turnover frame to rotate is installed between the trolley frame and one side of the turnover frame, a mesh belt chain is rotationally installed on the working face of the turnover frame through a chain wheel, a material pushing baffle is connected to the splicing position of the mesh belt chain through an installing plate, an annular chain is rotationally installed on the turnover frame through the chain wheel, the bottom of the material pushing baffle is fixed to the annular chain and is in sliding connection with the turnover frame, and a second driving device for driving the annular chain to rotate is connected to the frame through a transmission structure. According to the turnover lifting type yardage roll stacking trolley, full-automatic turning over material receiving and lifting conveying can be achieved, it is guaranteed that goods can be accurately stopped at the stacking position to be fed, full-automatic material receiving, feeding and stacking operation of equipment is achieved in cooperation with the stacking action of a stacking mechanical arm, and the production efficiency is improved.

Description

technical field [0001] The invention relates to the technical field of stacking and conveying of non-woven fabric rolls, in particular to a flip-up lift type fabric roll stacking trolley. Background technique [0002] After the non-woven fabric is wound and formed, it is divided into small cloth rolls on the slitting machine, and the coiled cloth is rolled into a horizontal barrel shape, which is transported to the palletizing trolley by the transfer RGV trolley with the function of turning over and unloading. If a splicing RGV trolley with a flat unpowered V-frame structure is used to pick up the goods, and then the wheels drive the splicing RGV trolley to transport it to the robot gripper for stacking, then after stacking a roll of cloth, the splicing RGV trolley needs wheels to drive the splicing RGV trolley. The RGV trolley feeds the material forward. At this time, the state of the cloth roll is not perpendicular to the V-shaped frame, especially for the small-width and ...

AI Technical Summary

Problems solved by technology

Since the receiving RGV trolley is generally 3-4m, each cloth roll arrives at the position of the palletizing manipulator. Since it forms a certain angle with the palletizing manipulator, the error is accumulated and magnified, and problems often occur in the last few rolls of palletizing.

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