Sackloader

Abstract

The invention relates to a sackloader used for stacking materials on a conveyer belt in a cabin and comprising a ship loader body, a sack conveying system and a power supply control system, wherein the sack conveying system is arranged on the ship loader body and comprises a power baffle, a material receiving belt conveyor, a central material receiving disc, a transition belt conveyor, a slide carriage arm support belt conveyor, a slide carriage spiral chute, a lower part material receiving disc and a telescopic rotary stacking belt conveyor, the power baffle is arranged on a main conveyer belt, both ends of the material receiving belt conveyor are respectively connected with a rotary guide wheel, a support roll and the central material receiving disc, both ends of the transition belt conveyor are respectively connected with the central material receiving disc and the slide carriage arm support belt conveyor, the slide carriage spiral chute is respectively connected with the slide carriage arm support belt conveyor and the lower part material receiving disc, and the lower part material receiving disc is connected with the telescopic rotary stacking belt conveyor. The sackloader has the advantages of strong application function, low failure rate, high work efficiency, legerity, flexibility and convenient operation with mechanization, automation and specialization and is suitable for ship loading operation of a great number of packages and bagged materials.

Description

technical field [0001] The invention belongs to a shipping system for bagged goods, and specifically relates to a method for directly loading packaged and bagged goods from factories, workshops, warehouses, yards, and wharves through continuous transportation and simultaneously completing the packaging and bagging of goods to the cabin for stacking. Bag packing ship machine for code operation. Background technique [0002] Usually, a large amount of bagged goods such as chemical fertilizers, cement, and granaries need to be directly loaded onto ships from workshops, warehouses, yards, and docks. In the past, they could only be carried manually with the provision of auxiliary equipment. Not only is the labor heavy for workers, but also The efficiency is very low, and the ship docks for a long time, and the transshipment capacity of the port and the ship cannot be fully utilized. In particular, large-scale chemical plants, grain processing plants and other enterprises have a l...

AI Technical Summary

Problems solved by technology

[0002] Usually, a large amount of bagged goods such as chemical fertilizers, cement, and granaries need to be directly loaded onto ships from workshops, warehouses, yards, and docks. In the past, they could only be carried manually with the provision of auxiliary equipment. Not only is the labor heavy for workers, but also The efficiency is very low, and the ship docks for a long time, and the transshipment capacity of the port and the ship cannot be fully utilized. Especially large-scale chemical plants, grain processing plants and other enterprises have a large production capacity, and a fully mechanized and automated equipment must be equipped to solve the problem of production and transportation. Transport Contradictions

Images