Output shaft assembly applied to SHRT unit variable-speed clutch and output shaft arrangement method

Abstract

The invention belongs to the technical field of variable-speed clutches, and particularly relates to an output shaft assembly applied to an SHRT unit variable-speed clutch and an output shaft arrangement method. The output shaft assembly applied to the SHRT unit variable-speed clutch comprises a gear shaft, a synchronous automatic clutch, an output shaft, a gear shaft sliding bearing, an output shaft front bearing, an output shaft rear bearing and a coupling, wherein the gear shaft is connected with the synchronous automatic clutch, the gear shaft is supported by the gear shaft sliding bearingin a two-point mode, the other end of the synchronous automatic clutch is connected with the output shaft, the output shaft is supported by the output shaft front bearing and the output shaft rear bearing in a two-point mode, the output shaft front bearing is a supporting sliding bearing, the output shaft rear bearing is a thrust bearing, a thrust surface structure on the output shaft is combinedto achieve the functions of positioning and outside axial force bearing, the output shaft adopts a counterweight disk structure between the two bearings, and the other end of the output shaft is connected with the coupling. The gear shaft sliding bearing, the output shaft front bearing and the output shaft rear bearing are all assembled on a box body. The output shaft assembly has the advantagesthat supporting is stable, the structure is compact, and the system stability is improved.

Description

Technical field: [0001] The invention belongs to the technical field of transmission clutches, and in particular relates to an output shaft assembly and an output shaft arrangement method applied to the transmission clutch of a SHRT unit. Background technique: [0002] The energy consumption of the sintering process of the metallurgical process accounts for more than 10% of the energy consumption per ton of steel. The heat energy taken away by the waste gas discharged from the cooler is about 35% of the heat consumption of the sintering system of the sintering process. The energy consumption of the sintering process accounts for about Metallurgy accounts for 12% of the total energy consumption, which is the second largest energy-consuming process after ironmaking. In the sintering process of iron and steel enterprises, the capacity of the sintering main exhaust fan accounts for 30%-50% of the total installed capacity. Due to the low operating rate of some auxiliary equipmen...

AI Technical Summary

Problems solved by technology

Due to the low operating rate of some auxiliary equipment in sintering production and the selected motor capacity is too large, the power consumption of the main exhaust fan accounts for 50%-70%

At the same time, the utilization rate of waste heat in the sintering process in my country is less than 30%, which is very different from developed countries, and the average energy consumption per ton of sinter is 20kgce higher.

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