Intelligent unmanned topspeed loading system for container loading

Abstract

The invention relates to an intelligent unmanned topspeed loading system for container loading. The intelligent unmanned topspeed loading system comprises a self-adaption platform mechanism, a self-adaption support plate mechanism, a support plate driving mechanism, a platform joining limiting mechanism, a carriage sensing mechanism and an electric control system, wherein the self-adaption platform mechanism comprises a support platform and two groups of hydraulic support mechanisms; the self-adaption support plate mechanism comprises a support plate body movably mounted in the middle of the support platform; the support plate body is formed through side-by-side connection of a plurality of support plate frames; every two adjacent support plate frames realize swinging connection through acorresponding movable connection mechanism; the support plate driving mechanism comprises a hydraulic drive motor; and the front end of the self-adaption support plate mechanism is connected onto thehydraulic drive motor through a corresponding transmission mechanism. The intelligent unmanned topspeed loading system can be effectively adapted to the height difference between the support platformand a container and can effectively improve the stressed uniform degree of the self-adaption support plate mechanism.

Description

technical field [0001] The invention relates to a loading system for loading containers, in particular to an intelligent unmanned extremely fast loading system for loading containers. Background technique [0002] The traditional way of loading containers is to manually move the goods, or manually use equipment to move the goods, and transport the goods to the container for loading. Not only the loading efficiency is low, but also the stacking process of the goods is troublesome. . At present, in order to improve the loading efficiency, the loading of containers starts to realize the overall loading of goods through an external loading system (platform). That is to stack the materials in advance, and then send the whole stack of materials to the feeding end of the loading platform through the corresponding material lifting equipment, and then effectively send the entire stack of materials neatly through the feeding mechanism configured on the loading platform On the movabl...

AI Technical Summary

Problems solved by technology

[0003] The existing loading system for container loading has the following defects during use: 1) When the carrier board drives the goods into the container, the side of the feeding end of the container will be heavy and cause a certain distance of "sinking". "

During the adjustment process, there is always a height difference between the loading platform and the container, and the carrier board begins to be in a state of uneven support and force after entering the container. Not only is it difficult to transport the goods, the efficiency is low, and the mechanical damage is serious. Resulting in a reduction in the service life of the carrier board

2) After the height difference between the loading platform and the container, the distance between the discharge end of the loading platform and the feeding end of the container will increase, resulting in a lack of Support, the force is completely concentrated on the carrier board, which is easy to cause irreversible mechanical damage to the carrier board, and reduces the operation stability and performance of the equipment

3) The efficiency of material feeding (loading) is low, because when the material and the carrier board pass through the connection between the loading platform and the container, not only the force will be concentrated on the carrier board, but also the carrier board will pass through the loading platform and the container. When the gap between the joints is very easy to cause the carrier board to vibrate or even shake

At this time, if the feeding speed is further increased, it will not only increase the vibration and shaking of the carrier plate, resulting in aggravated damage to the carrier plate, but also easily cause a large displacement of the material, causing the material to be stuck on the outside of the container, making it impossible to realize feeding. material

4) During the process of adjusting the height of the loading platform through the hydraulic support mechanism, it is difficult to achieve synchronous lifting of the plane of the entire loading platform, resulting in more uneven force on the carrier plate during the movement process, which also increases the load of the carrier plate virtually. Probability of vibration and shaking

Images