A multi-directional logistics sorting and steering device

Abstract

The invention discloses a multifunctional logistics sorting and steering device which comprises a base, steering roller sets, side installation plates and an upper cover plate. Steering motors corresponding to the steering roller sets respectively are arranged on the base. Each steering roller set comprises multiple steering rollers. The bottom of each steering roller is provided with a vertical rotating shaft to be supported on the base. The vertical rotating shafts of the multiple steering rollers of the steering roller sets are connected through connection rods. The steering roller on the outmost side of each steering roller set is connected with a corresponding motor output shaft through a rocking bar mechanism. Each steering roller is internally provided with a driving motor and a transmission shaft, wherein the driving motor is connected with the transmission shaft through a first transmission device, and the transmission shaft is provided with a rolling wheel. The upper cover plate is installed on the base through the side installation plates. Through holes are formed in the positions, corresponding to the steering rollers, of the upper cover plate. The upper edges of the rolling wheels are higher than the upper cover plate. According to the multifunctional logistics sorting and steering device, the sorting and steering angle is flexible, the structural size is applicable to various kinds of commodities, conveying is stable, operation noise is low, later-period maintenance is convenient, and sorting is rapid and accurate.

Description

technical field [0001] The invention relates to a cargo conveying and sorting device, in particular to a sorting and steering device used in the cargo conveying and sorting process. Background technique [0002] In the current logistics sorting, it is often a combination of semi-automatic manual sorting and machine sorting. Manual sorting is labor-intensive, with low sorting efficiency and high production costs. Moreover, if the manual sorting time is too long, it is easy to make sorting mistakes, and the sorting error rate is high. In addition, the steering orientation of some existing sorting steering devices is fixed at a single angle, and the layout adaptability in the sorting system is poor; during the execution of the sorting action, there will be a rigid impact on the sorted items, and the outer packaging Damage occurs, and even affects the safety of fragile items in the package; the key transmission part in the device uses a flexible belt, which is easily damaged du...

AI Technical Summary

Problems solved by technology

Manual sorting is labor-intensive, with low sorting efficiency and high production costs, and it is easy to make sorting mistakes if the manual sorting time is too long, and the sorting error rate is high

In addition, the steering orientation of some existing sorting steering devices is fixed at a single angle, and the layout adaptability in the sorting system is poor; during the execution of the sorting action, there will be a rigid impact on the sorted items, and the outer packaging Damage occurs, and even affects the safety of fragile items in the package; the key transmission parts in the device use flexible belts, which are easily damaged during high-speed sorting and steering operations, and difficult to replace, high in use cost, and poor in convenience for later maintenance

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