Packing guide tool and sheet packing method

Abstract

The invention provides a packing guide tool and sheet packing method. A guide tool is arranged on a packing casing, and comprises substrate and a plurality of guide wheels. The packing casing comprises a plurality of sidewalls, on which a plurality of spacing bars are arranged; grooves are formed between adjacent spacing bars. The substrate extends along the top rim of the packing casing sidewalls; the guide wheels are separately arranged on the substrate, and can rotate around an axis vertical with the substrate, and extend in the packing casing along an axis direction to arrive above the top surface of the spacing bars. Each guide wheel is provided with a wheel surface which has a tangent plane parallel with the extending direction of a corresponding spacing bar, and the tangent plane corresponds to the top surface rim outer side of a spacing bar through the guide wheel. The wheel surface of the guide wheel is in contact with a sheet, the guide wheel rotates to guide the sheet to a groove, and the sheet completely extends into the packing casing along the groove, thereby completing sheet packing. Two adjacent guide wheels form a guiding gate therebetween. Before the side rim of a sheet enters the grooves, the sheet first passes through the gate, and is then guided to a corresponding groove.

Description

technical field [0001] The present invention relates to a packaging guide and a packaging method; specifically, the present invention relates to a packaging guide and a packaging method for packaging sheets (Packaging Guiding Device and Method of Packaging Plate-Shaped Articles). Background technique [0002] The packaging of fragile items has always been an important issue during product delivery. Insufficient packaging often results in damage to items during transportation, thereby increasing production costs. In particular, fragile items with special sizes and shapes, such as liquid crystal glass or display panels, are prone to stress concentration due to their special sizes and shapes, increasing the possibility of being damaged. [0003] Take the packaging of glass substrates as an example. Traditionally, multiple glass substrates are packed into packaging boxes made of Styrofoam and then shipped. Such as figure 1 As shown, in order to reduce the chance of the glass ...

AI Technical Summary

Problems solved by technology

[0004] As far as the above design is concerned, although it can effectively reduce the contact between the glass substrates 20 and reduce the chance of damage, it has produced certain difficulties in packaging.

When packing the glass substrate 20, since the width of the gap 15 is not large, and the glass substrate 20 itself may be distorted and deformed, the edge of the glass substrate 20 cannot be easily inserted into the gap 15, and it takes a lot of time. and manpower for alignment

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