Automatic artware forming method

Abstract

The invention relates to an automatic artware forming method. The method comprises the following steps of leading out a green body feeding belt to a position above a positioning plate of green body positioning equipment, enabling a single green body to be close to a forming plate of elastic body forming equipment, and implementing straightening operation on elastic bodies on an arrangement rollerby utilizing a straightening mechanism arranged on the arrangement roller; guiding the elastic bodies guided out from an outlet of an arrangement plate to the position between the forming plate and aforming pressing plate of the elastic body forming equipment; enabling the outer contours of the bent elastic bodies to be matched with the outer contours of the two sides of a bottled blank above a positioning plate of blank positioning equipment; enabling fixing gun nail heads of fixing equipment to move at intervals in the circumferential direction of the outer contour of one side of the blankbody, guiding out the fixing gun nail heads and ejecting the fixing gun nail heads to one side of the elastic body and the blank body; and guiding the green bodies on the positioning plate of the green body positioning equipment to the feeding belt of end cover feeding equipment, and starting an end cover guiding-out head and an end cover fixing head of the end cover feeding equipment to fix the end cover and the two ends of the green body so as to finish the production of the whole artware.

Description

technical field [0001] The invention relates to the technical field of handicraft automation, in particular to an automatic molding method for handicrafts. Background technique [0002] Handicrafts are mostly produced manually. For some handicrafts with complex structures and no rules, in the actual production process, automatic equipment cannot be used for production. However, for some handicrafts with more regular structures, in In the actual production process, if the production is carried out manually, the production efficiency is low, and the large-scale market demand cannot be used. [0003] combine Figure 1a with Figure 1b As shown, for this type of bottle-shaped handicraft decoration, it mainly includes a bottle-shaped body A, and there are decorative pot walls B on both sides of the body A, and the pot walls are made of elastic rattan or wood. The connecting rods C are arranged between the walls B on both sides of the pot, and the connecting rods C are arranged ...

AI Technical Summary

Problems solved by technology

[0002] Handicrafts are mostly produced manually. For some handicrafts with complex structures and no rules, in the actual production process, automatic equipment cannot be used for production. However, for some handicrafts with more regular structures, in In the actual production process, if manual production is used, the production efficiency will be low, and large-scale market demand cannot be used

[0003] combine Figure 1a and Figure 1b As shown, for this type of bottle-shaped handicraft decoration, it mainly includes a bottle-shaped body A, and there are decorative pot walls B on both sides of the body A, and the pot walls are made of elastic rattan or wood. The connecting rods C are arranged between the walls B on both sides of the pot, and the connecting rods C are arranged close to each other and arranged at intervals along the height of the bottle body. End caps D are arranged on the upper and lower ends of the bottle body to form a whole The outline of the handicraft decoration, and then further engraving, etc., can obtain the above-mentioned handicraft decoration. However, when producing this type of handicraft, it is basically done manually, resulting in low production efficiency.

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