Method and apparatus for packing semi knock down

Abstract

The invention discloses a packing device and a corresponding packing method used for semi knocked down (SKD). The packing device comprises a first bracket mechanism, a second bracket mechanism and a plurality of supporting chock blocks. The first bracket mechanism is provided with a first outer frame and a plurality of first ribs which are arranged on an inner side of the first outer frame and share the same plane with the first outer frame. The second bracket mechanism has the same or similar form with the first bracket mechanism. The supporting chock blocks are arranged between the first bracket mechanism and the second bracket mechanism. The packing method adopting the packing device includes the following steps: the supporting chock blocks are inverted into the first bracket mechanism to form a containing chamber; the semi knocked down are arranged in the containing chamber; the semi knocked down are covered by the second bracket mechanism and the supporting chock blocks are also inverted into the second bracket mechanism.

Description

technical field [0001] The present invention relates to a packaging device and a packaging method using the aforementioned packaging device, and in particular to a semi-bulk (Semi Knock Down, SKD) packaging device and a packaging using the aforementioned semi-bulk The packaging method of the device. Background technique [0002] Generally, before leaving the factory, semi-bulk parts are mostly packaged in vacuum-formed trays (tray) to protect the semi-bulk parts, and then shipped. Here, the semi-bulk parts may be liquid crystal panel semi-finished products, printed circuit boards, flexible circuit boards or other plate-shaped items, especially plate-shaped items with complex shapes. Usually only one semi-bulk is loaded into a pallet, and the pallet is tied with ropes and put into a box after the stacking is completed. In order to fully play the role of buffering, the pallet usually has a large volume. In addition to maintaining an appropriate distance between the stacked s...

AI Technical Summary

Problems solved by technology

[0003] However, when the number of semi-bulk parts is large, the number of pallets required is also large; the large volume of pallets will inevitably increase the volume of transportation or inventory, resulting in an increase in overall transportation costs

In addition, the packaging process of transporting semi-bulk items on pallets is more complicated, which will also increase the working hours of operators

Furthermore, after the material cost of the pallet plus the material cost of the rest of the packaging is equalized, the cost of a single pallet is higher

When the shipment is delivered to the client, due to the large amount of pallet packaging materials, it is easy to cause inconvenience for the client to handle

Since the leather of the tray is thin, fragile and easy to scratch, most of the disassembled trays cannot be recycled and reused, which not only wastes materials but also does not meet the requirements of environmental protection

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