Intelligent Gieseler fluidity tester

Abstract

The invention relates to an intelligent Gieseler fluidity tester which comprises a base, a mechanical arm, a heating furnace I, a heating furnace II, a constant torque transmission device, a steamingrack device and a control system, wherein the heating furnace I and the heating furnace II are arranged on the base, the mechanical arm is arranged between the heating furnace I and the heating furnace II and is formed by sequentially connecting a rotating arm, a lifting arm and a horizontal arm, the constant-torque transmission device is arranged on the horizontal arm, and a transmission shaft inthe constant-torque transmission device is in butt joint with a stirring shaft in a coal steamer; the heating furnace I and the heating furnace II are arranged on a rotating path of the horizontal arm, a retort frame device is further arranged on the rotating path of the horizontal arm, and coal retort clamping and sleeving positions are arranged on the two sides of the retort frame device respectively and used for containing coal retorts; the control system is used for coordination control of the mechanical arm, the first heating furnace, the second heating furnace, the constant-torque transmission device and the steaming rack device. The invention has the characteristics of high reliability, high automation degree, high working efficiency and high experimental precision, and can bettermeet the requirements of modern coking or iron and steel enterprises.

Description

technical field [0001] The invention relates to the technical field of coal performance evaluation in the coking industry, in particular to an intelligent Gibbons fluidity measuring instrument. Background technique [0002] At present, due to the late start and limited manufacturing level in China, there has been no substantial technological progress in the instruments and equipment used to measure the Gibbs fluidity of coal. Such equipment used in the market has been monopolized by similar foreign products. Among them, Similar equipment made in the United States is the most widely used. However, similar products at home and abroad are still in a state of poor scientificity and reliability in measurement results, relatively low automation level, low work efficiency, high requirements for personnel technical level, and unfriendly data exchange with related automation systems. [0003] With the advancement of science and technology and the improvement of the manufacturing sys...

AI Technical Summary

Problems solved by technology

However, similar products at home and abroad are still in a state of poor scientificity and reliability in measurement results, relatively low automation level, low work efficiency, high requirements for personnel technical level, and unfriendly data exchange with related automation systems.

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