Method for preparing products by corrugated board

Abstract

The invention relates to a method for preparing products by a corrugated board. The method comprises the following steps of: ensuring that the corrugating directions on a stress face (whatever sizes) are the same and are not parallel to the stress face according to whether the products to be prepared are frequently stressed or not; cutting the corrugated board into a plurality of corrugated boardslices which have the structural shape of the products or the structural shapes of parts and components of the products; forming corresponding positioning pin holes in each corrugated board slice, and forming corresponding locking holes as required; and assembling the products to be prepared by mutually positioning, adhering and locking short pins or long pins through the positioning pin holes and the locking holes or locking and adhering all the paperboard slices through locking plates and buckling and locking rods or directly locking the locking plates and the buckling and locking rods. Thecorrugated board stereoscopic products prepared by the method have the characteristics of high integrity, capability of frequently bearing pressure, high interchangeability, aesthetics and mass production.

Description

technical field [0001] The invention relates to the technical field of paper furniture manufacturing, in particular to a method for preparing products from corrugated cardboard. Background technique [0002] Corrugated cardboard is characterized by light weight and recyclable use, but it has directionality. The force surface is perpendicular to the corrugated direction, that is, it has a strong compressive capacity along the corrugated direction. As the angle between the force surface and the corrugated direction decreases, its compression resistance The strength is getting smaller and smaller. When the corrugated direction and the force direction are at 90 degrees, that is, the force surface is parallel to the tile direction, the compressive strength is the smallest. Therefore, a principle in design is to ensure that the frequent pressure surface or load-bearing or main support surface is in line with the corrugated direction. Cannot be parallel (except for non-frequent com...

AI Technical Summary

Problems solved by technology

[0003] At present, corrugated paper is laminated into a whole and then processed by a saw blade. However, due to the accuracy, size and processing freedom of the saw blade itself, it is impossible to cut large and complex-shaped products, and the saw blade has teeth to cut processed paper. There are a lot of paper scraps on the surface, which cannot be removed, which affects the quality and appearance. During processing, a large amount of dust will be generated and the environment will be polluted. In practice, this method is not feasible; Then use glue to form a whole in turn. This method needs to customize a large number of dies. If the structure size changes slightly, the whole set of dies must be redone. The cost is high and it is not suitable for the production of personalized products. The pressure processing process of the line, so the peripheral surface of the cutting line is squeezed, destroying the structure of the corrugated cardboard, resulting in gaps when the corrugated cardboard is bonded and connected, which cannot be tightly bonded as a whole, and will crack and become unstable, affecting the firmness and effective service life. Molding makes corrugated deformation out of alignment, hindering factory production

It is completely handmade, and it is more random, so the quality and quantity of the product cannot be guaranteed

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