Aluminum ingot stacking machine

Abstract

The invention discloses an aluminum ingot stacking machine. The aluminum ingot stacking machine comprises a lifter, a conveyor and a pusher; the conveyor and the pusher are both arranged on the lifter; the conveyor is arranged on an output shaft of the pusher; a cam is mounted on a rotating shaft, and is driven to rotate through a second motor; the surface of the cam is projected on the edge of aconveying belt during rotating; a base circle of the cam is positioned under the plane of the conveying belt; a sucker is fixed in the highest place of the surface of the cam; a frame is provided witha position sensor on the edge of the conveying belt; and aluminum ingots are conveyed through the cam when leaving from the conveying belt, and are sucked through the sucker to prevent excessive pushing, so that the conveyed aluminum ingots are on the same vertical surface to improve the stacking flatness, and the stacked aluminum ingots are higher and not easy to turn over.

Description

technical field [0001] The invention relates to a stacker, in particular to an aluminum ingot stacker. Background technique [0002] When stacking aluminum ingots, in order to ensure the neatness and straightness of the aluminum ingots after stacking, it is usually necessary for the manipulator to assist the transmission line to catch and put down the aluminum ingots, but the device required for the manipulator is relatively complicated and the cost is relatively high. The range is limited; and if it is directly conveyed and stacked through the conveying line, since the conveying line belt must leave a little gap between the conveying line and the aluminum ingots in order to avoid touching the aluminum ingots that have been stacked, the aluminum ingots are leaving At the moment of the conveyor belt, it must be stacked by inertia. For aluminum ingots, the weight of aluminum ingots is too large, and its inertia is also large, so the flatness after stacking is not high, and the...

AI Technical Summary

Problems solved by technology

[0002] When stacking aluminum ingots, in order to ensure the neatness and straightness of the aluminum ingots after stacking, it is usually necessary for the manipulator to assist the transmission line to catch and put down the aluminum ingots, but the device required for the manipulator is relatively complicated and the cost is relatively high. The range is limited; and if it is directly conveyed and stacked through the conveying line, since the conveying line belt must leave a little gap between the conveying line and the aluminum ingots in order to avoid touching the aluminum ingots that have been stacked, the aluminum ingots are leaving At the moment of the conveyor belt, it must be stacked by inertia. For aluminum ingots, the weight of aluminum ingots is too large, and its inertia is also large, so it is easy to produce unevenness after stacking and uneven stacking surface.

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