An anode carbon block suspended chain conveying system

Abstract

The invention relates to an anode carbon block conveying system and in particular provides an anode carbon block suspended chain conveying system between an anode carbon block warehouse and an anode assembly workshop of an electrolytic aluminum enterprise. A carbon block conveying gallery is arranged between an anode assembly workshop and an anode carbon block warehouse; an assembly workshop carbon block conveyor and a carbon push-out device are arranged in the anode assembly workshop; a carbon block warehouse carbon block conveyor and a carbon block push-in device are arranged in the anode carbon block warehouse; a suspension type suspended chain conveyor is arranged in the carbon block conveying gallery; lifting tools are arranged under the suspension type suspended chain conveyor. The system can reduce the manpower quotas of enterprises, increase the labor productivity of the enterprises, reduce the engineering construction and production operating costs, reduce the electrolytic aluminum production cost and bring certain economic benefits for the enterprises.

Description

technical field [0001] The invention relates to a conveying system of anode carbon blocks, in particular to an anode carbon block catenary chain conveying system between an anode carbon block warehouse and an anode assembly workshop in an electrolytic aluminum enterprise. Background technique [0002] At present, the construction scale of electrolytic aluminum enterprises is constantly increasing, and the single-series production capacity is also increasing, and a large number of anode carbon blocks are required to be used in production. For electrolytic aluminum enterprises equipped with an anode carbon block production system, the anode carbon block warehouse is usually connected with the anode assembly workshop, and the floor elevations of the two workshops are the same. to the anode assembly workshop. However, in actual engineering design, some factories are limited by terrain or red line of land use, and the anode carbon block warehouse and anode assembly workshop cann...

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Problems solved by technology

However, in actual engineering design, some factories are limited by terrain or red line of land use, and the anode carbon block warehouse and anode assembly workshop cannot be connected together due to reasons such as a certain distance or height difference. Generally, the two workshops are connected by roads, and at the same time, a carbon block warehouse is set up at one end of the anode assembly workshop, and the anode carbon blocks are transported by car

The use of cars to transport anode carbon blocks requires not only additional roads and transport vehicles in the factory area, but also a carbon block warehouse and equipment for lifting and transporting anode carbon blocks in the anode assembly workshop. In actual production, additional roads and vehicles are required. Maintenance and maintenance costs, increased labor quota, etc., resulting in increased production and operation costs of electrolytic aluminum enterprises

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