Fluoride salt charging vehicle operated through wireless remote controller

Abstract

The invention relates to the field of charging of aluminum electrolysis production workshops and particularly relates to a fluoride salt charging vehicle operated through a wireless remote controller. The fluoride salt charging vehicle operated through the wireless remote controller is used for auxiliary charging in an aluminum electrolysis production workshop and is safe in operation and high in working efficiency. The fluoride salt charging vehicle comprises a vehicle body. A stock bin is arranged on the vehicle body. The fluoride salt charging vehicle is structurally characterized in that the lower end of the stock bin is provided with a horizontal screw feeder, and an inlet in the rear end of the horizontal screw feeder is connected with an outlet in the rear lower end of the stock bin; an outlet in the front end of the horizontal screw feeder is connected with an inlet, perpendicular to the front end of the stock bin, of the lower end of a vertical screw feeder; an outlet in the upper end of the vertical screw feeder is connected with an inlet in the front end of an upper horizontal screw feeder above the stock bin; a lower horizontal screw feeder is arranged between the upper horizontal screw feeder and the upper end of the stock bin; an outlet in the rear end of the upper horizontal screw feeder is connected with an inlet in the rear end of the lower horizontal screw feeder; and the front end of the lower horizontal screw feeder is provided with a discharge port.

Description

technical field [0001] The invention belongs to the field of feeding materials in aluminum electrolysis production workshops, and in particular relates to a fluoride salt feeding vehicle operated by a wireless remote controller. Background technique [0002] With the development of the aluminum industry, the level of electrolytic aluminum technology is constantly improving, and the process technology control has entered the era of refinement. At the same time, it is required to improve the feeding method of fluoride salt, so that the timing and quantity of fluoride salt feeding can be refined to achieve timing and quantity. , uniform, is the technical problem that needs to be solved at present. For many years, the feeding work of fluoride salt has been carried out by manual feeding or by the fluoride salt silo device installed on the aluminum electrolysis multifunctional unit. Manual feeding cannot be added regularly and quantitatively, and there are problems such as large ...

AI Technical Summary

Problems solved by technology

Manual feeding cannot be added regularly and quantitatively, and there are problems such as large fluoride salt volatilization, low work efficiency, and high labor intensity; using aluminum electrolysis multi-functional unit for feeding, on the one hand, the equipment cost of the multi-functional unit increases, and on the other hand On the one hand, it affects the use of its main functions, resulting in long operation time, high cost and serious waste

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