Folding method of hexagonal paper bowl

Abstract

The invention relates to a production method of paper containers, in particular to a folding method of a hexagonal paper bowl. The method includes the following steps: taking a sheet of rectangular paper with the transverse sides longer than the longitudinal sides and working out a longitudinal reverse folding line, an upper parallel forward folding line 1, a lower parallel forward folding line 2, an oblique forward folding line 4, a perpendicular forward folding line 11, a connecting line forward folding line 13, a longitudinal short reverse folding line 14 and other folding lines; folding along the upper parallel forward folding line 1; folding along the oblique forward folding line 4, the longitudinal short reverse folding line 14, an oblique forward folding line 7, a longitudinal short reverse folding line 15, the perpendicular forward folding line 11 and a longitudinal short reverse folding line 16; further folding along the lower parallel forward folding line 2; connecting a left end and a right end of the folded paper in an inserting mode; and folding the tubular hexagon to a plane along the connecting line forward folding line 13 and the longitudinal short reverse folding line 16 to form a bowl bottom and then to form the hexagonal paper bowl. The production is regular, and the process has a rule. The hexagonal paper bowl is beautiful in form, novel and unique. The folding method of the hexagonal paper bowl is simple and easy to learn, and the hexagonal paper bowl is easy to produce. Oblique angles of the oblique sides of the paper bowl can be controlled, and room for free development is large.

Description

technical field [0001] The invention relates to a method for making a vessel, in particular to a method for making a paper vessel. Background technique [0002] At present, the known paper containers are mostly square boxes, and polygonal ones are rare; polygonal paper containers with a large mouth and a bottom as small as a bowl are even rarer. Contents of the invention [0003] In order to overcome the disadvantages that the existing paper utensils are mostly square boxes, polygonal ones are rare, and polygonal paper utensils with large mouths and bottoms as small as bowls are even rarer, the invention provides a folding method for hexagonal paper bowls. [0004] The technical solution adopted by the present invention to solve the technical problem is: take a rectangular paper that is horizontally long and vertically short, make six vertical fold lines that are equal in length and parallel to the short sides of the rectangular paper, and divide the rectangular paper into...

AI Technical Summary

Problems solved by technology

[0002] At present, most of the known paper containers are square boxes, and polygonal ones are rare; polygonal paper containers with a large mouth and a bottom as small as a bowl are even rarer.

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