Bilateral transferring and overturning device

Abstract

The invention relates to a bilateral transferring and overturning device. A left stacking device and a right stacking device are located on the left and right side respectively, arranged at the same direction of an inlet port, and connected with two parallel transitional belt conveyors in a butt manner respectively to convey salt bags. A left transferring and overturning device and a right transferring and overturning device are arranged on the upper sides of the left stacking device and the right stacking device respectively and are located at a same straight line. When the left transferring and overturning device and the right transferring and overturning device are turned to horizontal positions, two stacking clamp positions are completely overlapped; and when transferring and overturning are performed alternately, the left transferring and overturning device and the right transferring and overturning device can share one set of corollary equipment on the front side and the back side. A left channel plate and a right channel plate are mounted on the front side and the back side and form a fixed-space channel while the transferring clamps are overturned. The two side channel plates are fixed with the channel plate bases through connecting supports fixedly and reliably, disassembling is easy and facilitated when the equipment is repaired. When the equipment runs, the two stacking devices run independently, the two transferring and overturning devices are overturned alternately, each device has an automatic waiting station, so that the entire line can be guaranteed to run continuously without shutting down simultaneously.

Description

technical field [0001] The invention relates to a bilateral transfer and turning device. Background technique [0002] In the existing salt chemical industry, the transfer and turning device is widely used, and the device needs to realize two actions of transferring and turning at the same time. Under normal circumstances, one set of transfer and turning devices or two sets of transfer and turning devices are often used at the same time. The common feature is that each set of transfer and turning devices works independently, and they rarely cooperate with each other smoothly, which directly leads to a large structure. Or the production is intermittent, and continuous large-capacity production cannot be realized. There is an urgent need to develop a transfer and inversion device with a simple and light mechanism, continuous and cooperative work, high production capacity, wide range of materials, high transfer and inversion stability, and low manufacturing cost to solve this ...

AI Technical Summary

Problems solved by technology

Under normal circumstances, one set of transfer and turning devices or two sets of transfer and turning devices are often used at the same time. The common feature is that each set of transfer and turning devices works independently, and they rarely cooperate with each other smoothly, which directly leads to a large structure. Or the production is intermittent and cannot achieve continuous large-capacity production

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