Package distributing and conveying all-in-one machine

Abstract

The invention relates to a package distributing and conveying all-in-one machine. The package distributing and conveying all-in-one machine has such a structure that two lateral package conveying belt conveyors, a bottom package conveying belt conveyor, a package distributing belt conveyor and a transitional belt conveyor are installed on a rack respectively; an electric control part is installed inside the rack, the two lateral package conveying belt conveyors are installed at the upper part of the most front end of the rack and are arranged along a central mirror image; the bottom package conveying belt conveyor is located below the two lateral package conveying belt conveyors; the package distributing belt conveyor and the transitional belt conveyor are sequentially behind the bottom belt conveying conveyor; no relative movement exists between each two belt conveyors; the electric control part controls the two lateral package conveying belt conveyors, the bottom package conveying belt conveyor, the package distributing belt conveyor and the transitional belt conveyor respectively to cooperate together so as to convey middle packages to a next device. The package distributing and conveying all-in-one machine has high production efficiency, improves production efficiency greatly and reduces number of operators; each unit is installed on the rack, is compact in structure and occupies little space; cartridges are protectively conveyed by adopting a roller in the package distributing belt conveyor and the transitional belt conveyor, so that low resistance, no damage and high efficiency are achieved.

Description

technical field

[0001] The invention belongs to the field of packaging machinery, and relates to a fully automatic production device for subpackaging and delivering explosives, in particular to a device for separating and transporting already-formed civilian explosive rolls. Background technique

[0002] At the present stage, the explosives production enterprises generally enter the next production device through the pushing device for the formed tundish coming out of the tucking machine, forming a tucking machine to complete a tuck, pushing one by the pushing device, and then entering the next cycle, or It is to add a stop device behind the tundish machine, and the tundish coming out of the tundish machine is blocked by the stop device, forming a stop device to release a tundish, and a push device to push one, and the cycle is performed sequentially. These two methods are used for speed. If the speed of the low middle bag packaging production line is fast, it is easy for tw...

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