Intelligent automatic loading and unloading poultry transporting vehicle

Abstract

The invention relates to the field of poultry transporting vehicles and specifically relates to an intelligent automatic loading and unloading poultry transporting vehicle. The intelligent automatic loading and unloading poultry transporting vehicle comprises a transporting vehicle and a poultry loading device assembled on the transporting vehicle; the intelligent automatic loading and unloading poultry transporting vehicle is characterized in that the poultry loading device comprises a main frame body, a plurality of groups of loading and unloading mechanisms, a driving device and an intelligent controller, wherein the main frame body is of a multi-layer type frame structure; the plurality of groups of loading and unloading mechanisms are assembled in the main frame body; the driving device is used for driving the loading and unloading mechanisms to work; and the intelligent controller is used for controlling the driving device to work; a plurality of layers of shelves are uniformly arranged in the main frame body from top to bottom; a group of loading and unloading mechanisms is correspondingly assembled on each layer of shelf; and each loading and unloading mechanism comprises aloading and unloading strip and a traction driving device used for driving the loading and unloading strip to move forwards and backwards in a reciprocating manner. According to the intelligent automatic loading and unloading poultry transporting vehicle, live poultry can be intelligently and automatically loaded and unloaded without being manually loaded and unloaded, the working efficiency canbe greatly enhanced, the labor intensity can be reduced, the poultry limb damage can also be greatly reduced, and physical damage of the live poultry to an operator can be avoided.

Description

technical field [0001] The invention relates to the field of poultry transport vehicles, in particular to an intelligent automatic loading and unloading poultry transport vehicle. Background technique [0002] At present, poultry transport vehicles usually use integral compartments, and fully enclosed and semi-open compartments are determined according to the distance of the road. Because live poultry cannot be stacked when loaded, so the effective loading capacity of the compartment depends on the size of the floor area, the vacant space on the upper level of the compartment is a waste for the carrying capacity. In order to improve the transportation efficiency, a partition is set up in the compartment of the poultry transport vehicle to separate the internal space, thereby improving the utilization rate and transport capacity of the space in the compartment. However, the existing poultry transport vehicles have the following defects in use: poultry loading and unloading r...

AI Technical Summary

Problems solved by technology

However, the existing poultry transport vehicles have the following defects in use: poultry loading and unloading requires manual loading and unloading layer by layer, which not only has low work efficiency and high labor intensity, but also manual loading and unloading will inevitably cause poultry limb damage and affect the quality of the final meat product. quality, at the same time, live poultry may also cause physical injury to operators

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