Dedicated layer alignment device for stacking aluminum ingot continuous casting production line

Abstract

The invention relates to a device for sequentially arraying aluminum ingots into aluminum ingot layers on a layer conveying machine in an aluminum ingot continuous-casting production line (with the production capacity of greater than 25 tons per hour), and particularly discloses a special layer arraying device for stacking in the aluminum ingot continuous-casting production line. The special layer arraying device comprises the layer conveying machine, an ingot blocking mechanism, an ingot blocking cylinder, a cross bridging mechanism and a cylinder, wherein a layer conveying chain is arranged on the layer conveying machine; the ingot blocking mechanism, the ingot blocking cylinder, the cross bridging mechanism and the cylinder are arranged on a frame of the layer conveying machine; the ingot blocking mechanism is connected with the ingot blocking cylinder; the cross bridging mechanism is connected with the cylinder. The special layer arraying device is easy to operate. The cross bridging mechanism is adopted, and the cylinder is taken as a power source, thereby realizing automatic lap joint of aluminum ingots, avoiding the failures of side turning, scattering and the like of the aluminum ingots, effectively improving the gripping safety and reliability of the aluminum ingots, realizing automation of the aluminum ingot continuous-casting production line, and increasing the production efficiency.

Description

technical field [0001] The invention relates to a device in which aluminum ingots in an aluminum ingot continuous casting production line (production capacity > 25t / h) are sequentially arranged into layers of aluminum ingots on a layer conveyor, and specifically relates to a special device for stacking aluminum ingots in a continuous casting production line Layer alignment device. Background technique [0002] There are three types of alignment devices for the existing aluminum ingot continuous casting production line: the first is the chain type alignment device of Australia O.D.T Company. The first aluminum ingot of each layer, and then the chain drives the second, third, and fourth aluminum ingots forward until it touches the previous aluminum ingot, and completes the work of the first layer of four large surfaces all facing upwards. The work of the whole ingot from the second layer to the eleventh layer is the same as that of the first layer, but each layer has five ...

AI Technical Summary

Problems solved by technology

The disadvantage is that the small face of the first layer of aluminum ingots is turned downwards, and it is easy to cause individual deflection of the aluminum ingots when jacking up. In addition, when the production efficiency is further improved, the cylinder of the top ingot cannot meet the requirements, which restricts the efficiency of the entire production line.

Images