Aluminum discharge vehicle

Abstract

The invention discloses an aluminum discharge vehicle which comprises a vehicle chassis, a gantry and a ladle, wherein the vehicle chassis comprises a frame, a driving cab, a wheel assembly and a power control system assembly; the frame comprises a pair of trolley frames and a trolley frame connecting longitudinal beam; the pair of trolley frames are respectively arranged at the front end and rear end of the trolley frame connecting longitudinal beam; the pair of trolley frames are symmetrically arranged; the driving cab and the power control system assembly are respectively arranged on the two trolley frames; the wheel assembly is arranged at the lower part of the trolley frames; the trolley frame connecting longitudinal beam is arranged at the same side of the pair of trolley frames; the gantry is erected between the two trolley frames in a lifting way; and the ladle is arranged on the gantry. The aluminum discharge vehicle has the advantages of being high in movement flexibility, simple and convenient in operation, safe, reliable, economical and efficient.

Description

technical field [0001] The invention relates to a motorized wheeled vehicle used in the metal smelting industry for carrying out various operations on a heavy-duty ladle, in particular to an aluminum tapping vehicle used for smelting and transporting molten aluminum and metal compounds. Background technique [0002] In industrial production, the smelting and transportation of molten aluminum and metal compounds have high safety and economical requirements. [0003] The traditional aluminum tapping car is based on the crane. The operation of the crane can only ensure that the aluminum tapping car moves in a straight line in the electrolysis workshop. To move the ladle to the casting workshop or the melting furnace, you must use a forklift or a crane. For transshipment. This traditional way of aluminum tapping has the following disadvantages: 1. The moving track of the crane is fixed, and it can only move back and forth along a certain fixed track, which has poor flexibility,...

AI Technical Summary

Problems solved by technology

This traditional way of aluminum tapping has the following disadvantages: 1. The moving track of the crane is fixed, and it can only move back and forth along a certain fixed track, which has poor flexibility, is not easy to adapt to new equipment and technology updates, and has poor adaptability , and a group of tracks can only be operated by one crane, resulting in low efficiency of aluminum extraction; 2. The strong magnetic field of the electrolysis workshop has a certain impact on the normal operation of the crane, which may lead to operational errors, unreliable movements, or even It will lead to safety accidents; 3. When using a forklift or a crane, the bag is placed in front of the operator, which is easy to obstruct the line of sight, cause misoperation, and cause safety accidents, and at least two workers are required during transportation Cooperate with the operation and take up more human resources; 4. The traditional aluminum tapping method is relatively extensive, which pollutes the environment and has adverse effects on the health of operators; 5. In order to improve economic benefits and production efficiency, aluminum factories and enterprises make full use of Limited space, the traditional technology uses overhead cranes, forklifts or cranes to move in relatively narrow aisles, which is difficult, complicated to operate, poor in flexibility, low in efficiency, and requires a lot of construction investment

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