Conveying device for heating furnace

Abstract

Disclosed is a conveying device for a heating furnace. The conveying device comprises supporting tables, a conveying table, a first moving rack and a second moving rack. The conveying table, the first moving rack and the second moving rack are arranged in parallel; the conveying table is arranged above the first moving rack in a fixed connection mode; the first moving rack is arranged above the second moving rack in a sliding mode; a plurality of linearly aligned sliding seats are disposed below the second moving rack; a plurality of first pulleys matched with the sliding seats are disposed at the bottom of the second moving rack; inclined tables are disposed on the sliding seats; and the inclined surfaces of the inclined tables face the first pulleys. The conveying device for the heating furnace has the advantages of being high in conveying rate and stable, avoiding damage to the surface of a steel pipe and the like.

Description

Technical field [0001] The invention relates to the field of logistics equipment, in particular to a conveying device for a heating furnace. Background technique [0002] Conveying equipment is widely used in streamlined production lines. In actual production, due to the limited area of ​​the plant, it is often necessary for the conveying equipment to have a steering design. This is especially common in steel pipe production workshops. Due to the length limitation of the steel pipe itself, ordinary steering equipment is Cannot achieve good results. The prior art mainly uses shift forks to transfer steel pipes. However, the shift fork has the following shortcomings, which make the effect in actual use unsatisfactory. First, shift forks The structure often allows the steel pipe to fall during the process of lowering the steel pipe, causing the surface of the steel pipe to collide with the loading surface of the conveying equipment, but the surface of the steel pipe is damaged; seco...

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Problems solved by technology

[0002] Conveyor equipment is widely used in streamlined production lines. In actual production, due to the limited area of ​​the workshop, it is often necessary to have a steering design for the conveying equipment. This is especially common in steel pipe production workshops. Due to the length limitation of the steel pipe itself, ordinary steering equipment Can not play a very good effect, the existing technology mainly adopts the method of shifting fork to steer the steel pipe, but the method of shifting fork has the following disadvantages so that the effect is not ideal in the process of actual use. First, the shifting fork The structure often allows the steel pipe to fall during the process of lowering the steel pipe, causing the surface of the steel pipe to collide with the loading surface of the conveying equipment, but the surface of the steel pipe is damaged; If it is too large, the variable speed action is difficult to efficiently cooperate with other uniform speed conveying equipment; thirdly, the shift fork structure requires horizontal conveying equipment to cooperate with it, which increases the difficulty of speed coordination between the shift fork structure and other conveying equipment, otherwise the steel pipe is easy to Collision with each other causing surface damage

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