Reversing device and conveying system

Abstract

The invention discloses a reversing device and a conveying system. The reversing device comprises a rack, and butt-joint rails and reversing rails are perpendicularly arranged on the rack. The reversing device further comprises a driving motor, a main transmission assembly, a sub-transmission assembly and a lifting assembly. The driving motor is mounted in the rack and connected with the butt-joint rails through the main transmission assembly, the sub-transmission assembly is connected with the main transmission assembly and the reversing rails, and the lifting assembly is mounted in the rack and connected with the reversing rails and the sub-transmission assembly. The conveying system comprises first conveying rails and second conveying rails, wherein the first conveying rails and the second conveying rails are in butt joint at an angle. The reversing device is arranged in the butt-joint position of the first conveying rails and the second conveying rails, the butt-joint rails are in butt joint with the first conveying rails, and the reversing rails are in butt joint with the reversed second conveying rails. The reversing device and the conveying system have the advantages of being low in cost, convenient to operate, stable, reliable, large in lifting range and capable of saving the space inside the rack.

Description

technical field [0001] The invention mainly relates to the field of medicine packaging machinery, in particular to a reversing device and a conveying system. Background technique [0002] In the transportation of sterilization trays, due to specific needs or space constraints, it is necessary to set up a reversing device during the transportation process to change the conveying direction of the sterilization trays to save space or cooperate with other large-scale equipment. The prior art powered track reversing device used a pendulum type lifting mechanism; two sets of tracks were driven by an independent power system. The pendulum-type lifting mechanism is adopted, and there is lateral displacement during the jacking process, the swing space is large, the lifting is unstable and easy to interfere, and the lifting range is small; while the two sets of tracks require a separate power system, the cost is high, and the electrical control is complicated; overall Take up a lot o...

AI Technical Summary

Problems solved by technology

The pendulum-type lifting mechanism is adopted, and there is lateral displacement during the jacking process, the swing space is large, the lifting is unstable and easy to interfere, and the lifting range is small; while the two sets of tracks require a separate power system, the cost is high, and the electrical control is complicated; overall Take up a lot of internal space

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