Method and apparatus for configuring multifunctional electrolytic set tools wagon

Abstract

A method for configuring the tool set of a multifunctional trolley system for electrolysis is disclosed, wherein, a bin for starting materials is fixed on the frame of the trolley system so that the bin is fixed in the center of the trolley system without rotation; a rotating turntable for suspending tools is arranged below the bin and a control cab is fixed below the turntable, thus the control cab has the coincident centerline with the turntable and can rotate with the turntable; four tools, i.e. a crust breaking tool, an anode replacement tool, an anode pit cleaning grab and a charging device are arranged around the control cab and are fixed on the turntable; a manipulating platform capable of rotating within ±90 degree is arranged inside the control cab such that the centerline of the platform is located at the rotary center of the turntable; a hydraulic station and an electric controlling cabinet for controlling the actions of the trolley system and each tool are all fixed on the turntable. An apparatus obtained by the above-said configuring method is also disclosed.

Description

technical field [0001] The invention relates to a method and a device for configuring a tool trolley of an electrolytic multifunctional unit, and belongs to the technical field of a tool trolley of an electrolytic multifunctional unit used in the aluminum electrolysis industry. Background technique [0002] At present, the tool trolleys used in the electrolytic multi-function units produced in my country are basically based on the traditional technology of foreign countries, and there is no major change in structure. The tool is set on a slewing mechanism, and its control room is fixed. The operator sits in the fixed control room and controls the movement of the slewing mechanism and the tool through cable control. Since the control room cannot rotate with the slewing mechanism of the operating tool, Therefore, it is very inconvenient for the operator to operate, and it is difficult to carry out accurate and fast tool positioning operation, and the work efficiency is very low;...

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Problems solved by technology

[0002] At present, the tool trolleys used in the electrolytic multifunctional units produced in my country are basically based on the traditional foreign technology model, and there is no major change in structure. The tool is set on a slewing mechanism, and its control room is fixed. The operator sits in the fixed control room and controls the movement of the slewing mechanism and the tool through cable control. Since the control room cannot rotate with the slewing mechanism of the operating tool, Therefore, it is very inconvenient for the operator to operate, and it is difficult to carry out accurate and fast tool positioning operation, and the work efficiency is very low; in addition, the existing electrolytic multifunctional unit tool trolley also has a relatively complicated structure, fewer functions, and is difficult to install and maintain. Inconvenience and other shortcomings, which not only cannot meet the needs of production, but also restrict the competitiveness of the electrolytic multifunctional units produced in my country in the international market

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