Coarse barium deslagging table hopper lifting mechanism

Abstract

The invention discloses a coarse barium deslagging table hopper lifting mechanism. A barium salt sintering hopper is placed on the ground and is filled with barium salt raw material after soaked in water; during deslagging, a hopper lifting suspension and the hopper lifting mechanism move to a position above the barium salt sintering hopper, then, a left hanging rod driven air cylinder and a right hanging rod driven air cylinder act to push a left outer side hanging rod and a right outer side hanging rod to swing inwards, at the same time, a bothway air cylinder drives a right inner side hanging rod to swing towards the outer side, a hanging pin is inserted in a hinge ear machined at the upper end of the barium salt sintering hopper, soon afterwards, the hopper lifting suspension moves to place the barium salt sintering hopper on the upper side of a roll-over table, and so far the hopper lifting mechanism finishes the related action course. The coarse barium deslagging table hopper lifting mechanism can safely and reliably place the barium salt sintering hopper on the roll-over table and is small in operating space to facilitate keeping of a clean working environment and reduce physical power output of an operator.

Description

Technical field [0001] The invention relates to the field of barium salt production machinery and equipment, and is used for a hopper lifting device for discharging slag after soaking crude barium. Background technique [0002] At present, the lifting mechanism usually used in the barium salt hopper unloading device is generally driven by the lifting power part of the lifting mechanism alone to drive the lifted object for lifting motion. The connection between the lifting power part and the lifted object is simple, and the lifting process is likely to occur. When the lifted object is tilted and unstable, and there are specific requirements for the lifting height, it is also necessary to combine solenoid valves and other devices to accurately control the lifting power parts to achieve the required lifting distance. Similar mechanisms have higher requirements for power mechanisms. Therefore, the relative cost is also high, and because the solenoid valve needs to be set in advance, ...

AI Technical Summary

Problems solved by technology

[0005] To sum up, the existing turning equipment mainly has defects such as too complicated and bulky structure principle, insufficient consideration of details, loud working noise, insensitive movements, excessive labor intensity of workers and limited scope of use, etc.

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