Efficient automatic encasing system for bulk cargo material container

Abstract

The invention relates to the field of transportation of bulk cargo material and discloses an efficient automatic encasing system for a bulk cargo material container. The system comprises a conveying mechanism, a horizontal loading mechanism and a first manipulator group. The conveying mechanism is arranged on a conveying track for conveying a container to the horizontal loading mechanism; the first manipulator group is arranged on the side edge of the conveying track for opening a door on the top surface of the container; the horizontal loading mechanism is arranged above the conveying track and is located in front of the first manipulator group; the discharge port of the horizontal loading mechanism is opposite to the feed inlet of the container; and the front side is consistent to the material conveying direction. According to the efficient automatic encasing system for the bulk cargo material container, the to-be-encased container is conveyed to the horizontal loading mechanism through the conveying mechanism, and the door on the top surface of the container is opened through the first manipulator group, so that the horizontal loading mechanism encases the containers automatically and continuously, and the container loading efficiency is improved.

Description

technical field [0001] The invention relates to the field of bulk material transportation, in particular to a high-efficiency automatic packing system for bulk material containers. Background technique [0002] The use of containers to transport bulk cargo (coal, grain, powder, etc.) is an important form of transportation in the modern transportation industry. The problem of low packing efficiency of bulk cargo has always been an important issue in the entire bulk container fast transportation chain. Bottleneck problem. At present, there are mainly three types of packing methods for bulk containers: 1) For common standard containers with side-opening doors, lay the container flat and use a small loader or belt conveyor to feed materials into the box; 2) Opposite side Another way of packing the standard container with the door is to place the empty container on the auxiliary equipment on the ground, operate the auxiliary equipment so that the container and the ground form a ...

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Problems solved by technology

[0003] However, these three solutions are unfavorable to the development of the current automated container terminal. Solution 1 has a low degree of automation, high labor intensity, long loading time and low efficiency. At the same time, there is also the problem that the space on the top of the container is difficult to fill, resulting in waste of container space. Problem: The packing auxiliary equipment of Scheme 2 occupies a large area, and the heavy container and auxiliary equipment are at a high position when working, which brings some safety hazards to the use of the equipment, and for large containers (above 20 feet), its tilt The loading height of the final container is relatively high, and it is necessary to add larger auxiliary transportation equipment to send the bulk cargo to the high position and then drop it, which will bring additional energy consumption and cause additional packing costs; Option 3 needs to transform the common The container makes the top of the door open, and its packing height is the height of the container itself, but it also requires professional transportation equipment for loading

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