Material cutting system for empty capsule production

Abstract

The invention discloses a material cutting system for empty capsule production, which comprises a rack, a sorting device and a cutting device, the sorting device comprises an index plate capable of gradually and circumferentially rotating, a material turning mechanism and a material ejecting mechanism, and a plurality of groups of material placing holes for placing capsule shells are circumferentially distributed in the index plate; the material ejecting mechanism comprises a first ejector pin set and a second ejector pin set which can synchronously and horizontally rotate by 180 degrees, the cutting device comprises a transferring disc capable of rotating by 180 degrees and a cutting knife capable of rotating in the circumferential direction, the first ejector pin set is used for ejecting inverted capsule shells in the material containing holes to fall to the material overturning mechanism, and the material overturning mechanism is used for overturning the inverted capsule shells to be upright. The second ejector pin group is used for ejecting and conveying the capsule shells which are positively arranged in the material placing hole and the positively arranged capsule shells in the material turning mechanism to fall to the transfer disc; and the transfer disc is used for conveying the capsule shells to a cutting position so as to be cut by the cutting knife. The capsule cutting device is beneficial to improving the cutting yield, simplifying the cutting procedure and greatly improving the capsule production efficiency.

Description

technical field [0001] The invention relates to the technical field of hollow capsule production equipment, in particular to a material cutting system for hollow capsule production. Background technique [0002] The capsule shell produced by the capsule production line is cut and fitted by related equipment to form a hollow capsule, which is then supplied to the pharmaceutical factory. In the production process of the capsule shell, due to the limitation of mold production, the opening edge of the rough capsule shell is relatively rough, which needs to be sorted and cut. However, when the existing equipment is used for sorting, some capsule shells are partially inverted, and the inverted capsule shells need to be pushed out of the tray, and then re-placed in the tray after recycling, that is, during the capsule shell forming-sorting-cutting process In the process, the inverted capsule shells have to be recycled repeatedly. This situation has not been effectively solved, whi...

AI Technical Summary

Problems solved by technology

However, when the existing equipment is used for sorting, some capsule shells are partially inverted, and the inverted capsule shells need to be pushed out of the tray, and then re-placed in the tray after recycling, that is, during the capsule shell forming-sorting-cutting process In the process, the inverted capsule shells have to be recycled repeatedly. This situation has not been effectively solved, which affects the cutting output of capsule shells.

In addition, after the hollow capsules are cut, the blanks of the hollow capsules will be collected together with the cut waste, resulting in a large amount of waste in the semi-finished products of the hollow capsules, which needs to be further removed and screened, prolonging the production cycle of the hollow capsules and reducing the cost of the hollow capsules. production efficiency

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