Fully-automatic setting machine

Abstract

The invention relates to a fully-automatic setting machine which comprises a setting device, beams and stand columns, wherein a lifting device is arranged between the beams; a translation device is arranged on the beams; the setting device is arranged below the lifting device; the setting device is composed of a fixed beam and a clamping unit; a fixed pawl and a movable pawl in the clamping unit are fixedly and slidably arranged on the fixed beam; a connecting mechanism is arranged between adjacent fixed plates; the connecting mechanism comprises a slide block and two slide shafts; the slide block is provided with a chamber; free ends of the two slide shafts slide in the chamber to regulate spacing between the two fixed plates; end parts of the free ends of the slide shafts are provided with anti-dropping bulges for restricting the free ends of the slide shafts from dropping out of the chamber in a sliding process. According to the fully-automatic setting machine, by arranging the structures such as the translation device, the lifting device, the setting device and the like, the structure is simple; spacing between the movable pawls is convenient in regulation; a breakage rate is small; brick inserting or brick missing is prevented; production efficiency is improved; stability is good; and enterprise cost is reduced.

Description

technical field [0001] The invention relates to the technical field of brick stacking equipment, in particular to a fully automatic blank stacking machine. Background technique [0002] The brick stacking machine is widely used in the necessary mechanical equipment in modern industrial furnaces. During the manufacturing process of wall bricks, the bricks are pressed and demolded by the press, and then stay on the brick jointing machine. The bricks on the brick machine are picked up, and then autoclaved and formed. When the stacking machine drives the brick clamper to stack the bricks on the steam curing trolley, the claws of the stacking machine stack the bricks, but the claws of the existing stacking machine are mainly used for heavy standard bricks and masonry. The palletizing of bricks and the fixed connection of the gripper parts cannot achieve standardized and diversified assembly processes. Due to the accumulation of various errors, it is easy to cause bricks to be in...

AI Technical Summary

Problems solved by technology

When the stacking machine drives the brick clamper to stack the bricks on the steam-cured trolley, the claws of the stacking machine will stack the bricks, but the claws of the existing stacking machine are mainly used for heavy standard bricks and masonry. The palletizing of bricks and the fixed connection of the gripper parts cannot achieve standardized and diversified assembly processes. Due to the accumulation of various errors, it is easy to cause bricks to be inserted or lost during stacking, resulting in damage to the bricks, high breakage rate, and reduced In order to improve the production efficiency, the guide column of the stacking machine moves up and down. Most of the existing stacking machines adopt a column-type lifting structure.

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