Panel receiving equipment

Abstract

The invention discloses panel receiving equipment and belongs to the technical field of forming and discharging of door leaves of steel doors. The panel receiving equipment comprises a receiving rack,a moving track, a receiving trolley, a receiving tray, a supporting rack and a power device. The moving track is mounted on the lower side in the receiving rack, the receiving trolley is slidably mounted on the moving track, the receiving tray is mounted on the receiving trolley, a lifting rack is mounted right below the receiving rack, the power device which controls the lifting rack to lift orland is mounted below the lifting rack, a receiving cavity penetrating from top to bottom is arranged in the receiving rack, the receiving trolley and the receiving tray together are driven by the supporting rack to move up and down in the receiving cavity, and a panel is placed on the receiving tray through a top opening of the receiving cavity. The panel receiving equipment solves the problems that the panels are deformed and it is time-wasting and labor-wasting to pile up the panels as a result of non-standard transfer, stacking and piling of existing formed door leaf panels after forming,and has the advantages of improving the production efficiency, saving the labor cost and guaranteeing the product quality.

Description

technical field [0001] The invention relates to the technical field of forming blanking of steel door leaves, and more specifically relates to a sheet material receiving device. Background technique [0002] At present, the door industry produces door panels by manual stacking of panels. When manually stacking materials, a panel tray is placed on a single and simple material receiving rack. Since the height of the panel tray is fixed, in order to place more panels, the panel tray will generally be placed more than The outlet of the formed sheet is much lower, so that when placing the sheet, the sheet will be easily deformed when the sheet is placed at the very beginning and at the end. The opening is much lower, and when the plates are finally placed, the height of the plates stacked on the plate pallet is much higher than that of the formed plate outlet. Both of these situations will easily cause the plate to be deformed when the plates are stacked manually. [0003] At th...

AI Technical Summary

Problems solved by technology

[0002] At present, the door industry produces door panels by manual stacking of panels. When manually stacking materials, a panel tray is placed on a single and simple material receiving rack. Since the height of the panel tray is fixed, in order to place more panels, the panel tray will generally be placed more than The outlet of the formed sheet is much lower, so that when placing the sheet, the sheet will be easily deformed when the sheet is placed at the very beginning and at the end. The opening is much lower, and when the final placement, the stacking height of the plates on the plate pallet is much higher than that of the formed plate outlet, both of which will easily cause the deformation of the plates when stacking the plates manually

[0003] At the same time, manual stacking makes the operator directly in contact with the boards, which is prone to accidents such as personnel bumps and scratches, resulting in low production efficiency and uneven stacking of the boards

[0004] When a stack of plates reaches the set height, it is transferred manually using a forklift, and the transfer efficiency is low

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