Forming system of firework assembling machine

Abstract

The invention discloses a forming system of a firework assembling machine, which comprises a machine frame. Material receiving linear optical shafts, a screw rod and a screw rod driving device are arranged on the machine frame in the vertical direction, and a horizontally-arranged material receiving plate is fixedly connected with a linear optical shaft sliding sleeves and a screw rod moving sleeve. Two sides of the material receiving plate are provided with positioning forming frames with an adjustable interval. A material pressing rod parallel to the material receiving plate is arranged above the material receiving plate, and one end of the material pressing rod is fixedly connected with a lifting rod. The lower end of the lifting rod is correspondingly provided with a driving linear lifting device. The forming system connects and stacks a plurality of firework barrels with glued tops on the material receiving plate in a one-by-one mode, exerts pressure to enable the firework barrels to be bonded in a block mode and finishes the work that multiple rows of firework barrels are combined into a block-shaped whole. The forming system is stable in material receiving, reliable in work and accurate in stroke, continuous production performance of a device is improved, and debugging and maintenance work amount of the device is greatly decreased.

Description

technical field [0001] The invention relates to a firework machine for assembling and molding a plurality of firework tubes. Background technique [0002] In the process of making fireworks, there is a process commonly known as "pot grouping". First, multiple fireworks tubes are glued together to form a row, and holes are drilled into two adjacent tubes to insert the overfire lead, and then the multiple rows of fireworks tubes are glued together. Combine them into a block-shaped whole, and punch holes in the adjacent two rows of fireworks tubes to insert the overfire fuse. At present, this process is all done manually in actual production, which has low work efficiency, high labor intensity, large number of workers, and high production cost. [0003] In order to realize the mechanized production of this process, some equipment has been developed, such as: "A Firework Assembly Machine" disclosed in CN2823970, "A Punching and Inserting System for Fireworks Assembly" disclosed...

AI Technical Summary

Problems solved by technology

[0005] The molding system belongs to the process of gluing and gluing multiple rows of fireworks tubes into a block-like whole. Similar equipment is also introduced in "A Fireworks Numerically Controlled Assembling Machine" disclosed by CN202158808U, but the following disadvantages are found in production practice: 1 .The fireworks tubes that have been inserted in rows are not stable enough when they enter the forming box, and the fireworks tubes are prone to roll, causing the inserted leads to fall off; 2. The stroke accuracy of each component is not high

The adjustment and maintenance workload of the original equipment is heavy, and the production continuity is not strong

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