Inclined roller type heating furnace discharge device

Abstract

The invention relates to an inclined roller type heating furnace discharge device and belongs to the technical field of hot forging. When a traditional forging heating furnace discharges material, a revolving platform is subjected to the action of overturning moment of a cast ingot, and the revolving platform can be easily damaged after long-term application. The inclined roller type heating furnace discharge device comprises a base arranged at the discharge hole of a heating furnace, multiple front and rear transferring rollers, guard bars and lifting supports, wherein the transferring rollers are fixedly arranged on the base; the front and rear transferring rollers are sequentially lifted up and are the highest at the position close to the revolving platform; two guard bars are mounted on each transferring roller; the lifting supports and bearings are mounted at two ends of the transferring rollers. The inclined roller type heating furnace discharge device is reasonable in structure, novel in design and excellent in material guide effect; the cast ingot steadily falls on the revolving platform via the transferring rollers, so that the service life of the cast ingot is prolonged; due to the guard bars, the cast ingot is prevented from sliding out of the revolving platform.

Description

technical field [0001] The invention relates to a heating furnace discharge device, in particular to a discharge device for forging or annealing workpieces arranged obliquely, and belongs to the technical field of mechanical manufacturing. Background technique [0002] In the known heating furnace discharge, the ingot is pushed to the rotary platform outside the furnace at the side of the discharge port by the push rod on the opposite side of the discharge port. Due to the heavy weight of the ingot, the friction with the surface of the rotary platform causes the rotary platform to be subjected to the overturning moment. Long-term use can easily damage the platform. At the same time, due to the lack of retaining parts, the ingot often slips off the platform; on the contrary, Some workpieces that need to be slowly cooled on the conveyor roller to meet the packaging requirements are often affected by the failure of the discharge device. How to realize the integration o...

AI Technical Summary

Problems solved by technology

Due to the heavy weight of the ingot, the friction with the surface of the rotary platform causes the rotary platform to be subjected to the overturning moment. Long-term use can easily damage the platform. At the same time, due to the lack of retaining parts, the ingot often slips off the platform; on the contrary, Some workpieces that need to be slowly cooled on the conveyor roller to meet the packaging requirements are often affected by the failure of the discharge device

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