Warehouse panel manufacturing equipment

Abstract

This disclosure provides a panel manufacturing equipment, comprising a feeding device, a forming device, a gluing device, a diverting device, a filling device, a flipping device, and a hot pressing device. The feeding device inputs a workpiece; the forming device forms the workpiece into a plurality of single-layer panels; the gluing device applies adhesive to one side of each single-layer panel; the diverting device diverts the single-layer panels along a transport path; the filling device fills the single-layer panels with a core material; the flipping device receives the diverted single-layer panels and flips single-layer panels that have not yet been filled with core material onto single-layer panels that have been filled with core material, thus adhering the core material between the two single-layer panels; the hot pressing device heat-presses the single-layer panels together and outputs a finished panel. This achieves the goal of improving production line efficiency.

Claims

1. A panel manufacturing apparatus comprising: a feeding device for inputting a workpiece; a forming device adjacent to the feeding device for forming the workpiece into a plurality of single-layer panels; an adhesive applicator adjacent to the forming device for applying adhesive to one side of each of the single-layer panels; a diversion device adjacent to the adhesive applicator for diverting the single-layer panels along transport paths; and a filling device adjacent to the diversion device for filling a core material into one of the single-layer panels along one transport path, while the single-layer panels along other transport paths pass through the filling device. A flipping device, adjacent to the diversion device, receives each of the diverted single-layer panels and flips the single-layer panel that has not yet been filled with the core material to the single-layer panel that has been filled with the core material, so that the core material is adhered between the two single-layer panels; and a hot pressing device, adjacent to the flipping device, performs hot pressing on each of the single-layer panels with the core material adhered to them, thereby outputting a finished panel.

2. The panel manufacturing equipment as described in claim 1, wherein, It also includes a steering device, which is located on the same side of the flipping device and the hot pressing device. The flipping device inputs each of the single-layer panels with the core material attached to it into the steering device along an input direction, and the steering device inputs each of the single-layer panels with the core material attached to it into the hot pressing device along a direction opposite to the input direction.

3. The panel manufacturing equipment as described in claim 2, wherein, The steering device has an input track, an output track, and a lateral shift track. The input track is adjacent to the flipping device, the output track is adjacent to the hot pressing device, and the lateral shift track is disposed in the gap between the input track and the output track. The input track receives each of the single-layer panels coming from the input direction, the lateral shift track moves each of the single-layer panels from the input track to the output track in a lateral shift direction, and the output track outputs each of the single-layer panels to the hot pressing device in a direction opposite to the input direction.

4. The panel manufacturing equipment as described in claim 1, wherein, It also includes a gripping device adjacent to the hot pressing device, which receives the finished warehouse panel and grips it to a warehouse panel completion area.

5. The panel manufacturing equipment as described in claim 4, wherein, The gripping device has a lifting module, a side extension module and a gripper module. The lifting module moves up and down along a Z-axis. The side extension module is located on the lifting module and moves laterally along a Y-axis. The gripper module is located on the side extension module and grips the finished pallet with a gripping arm.

6. The panel manufacturing equipment as described in any one of claims 1 to 5, wherein, The feeding device has a first feeding component and a second feeding component, the second feeding component being adjacent to the first feeding component. The first feeding component feeds the work-in-process into the forming device, and the second feeding component feeds a protective film into the forming device. The forming device attaches the protective film to the work-in-process, thereby forming each single-layer panel.

7. The panel manufacturing equipment as described in claim 6, wherein, The forming apparatus has a roller assembly, a pressing assembly and a cutting assembly. The pressing assembly is adjacent to the roller assembly and the cutting assembly is adjacent to the pressing assembly. The roller assembly flattens the workpiece into a metal plate. The pressing assembly folds the side of the metal plate so that the side of the metal plate is upright. The cutting assembly cuts the folded metal plate into individual single-layer panels.

8. The panel manufacturing equipment as described in claim 7, wherein, The pressing assembly has a plurality of forming rollers spaced apart from each other, which fold the side of the metal plate.

9. The panel manufacturing equipment as described in any one of claims 1 to 5, wherein, The distribution device has a distribution component, a first track and a second track, the first track and the second track being adjacent to the distribution component, and the distribution component distributing each of the single-layer panels after adhesive application to the first track and the second track in an alternating manner.

10. The panel manufacturing equipment as described in claim 9, wherein, The filling device has an inclined plate, a gate and a transfer module. The inclined plate is located on the top side of the first track, the gate is disposed on the inclined plate, and the transfer module is adjacent to the diversion device. The transfer module places the core material on the inclined plate, and the gate controls the core material to fill each of the single-layer panels on the first track.

Images