Bagged material hanging basket type vertical conveying method and conveying mechanism thereof

Abstract

The invention provides a bagged material hanging basket type vertical conveying method and a conveying mechanism thereof. The conveying mechanism comprises a hanging basket withdrawing and releasing mechanism, telescopic rods, a rotary mechanism and a hanging basket. The hanging basket withdrawing and releasing mechanism is fixedly installed on a supporting frame. The hanging basket withdrawing and releasing mechanism is connected with the hanging basket through a traction rope. The multiple telescopic rods are vertically arranged on the supporting frame. The telescopic rods penetrate throughthe supporting frame and are fixedly connected with the supporting frame. The telescopic rods are uniformly distributed all around the traction rope. The distance from the tops of the multiple telescopic rods to the bottom face of the supporting frame is equal. A horizontally-arranged supporting plate is fixedly connected with the tops of inner-layer rods of the telescopic rods. The supporting plate is located under the hanging basket withdrawing and releasing mechanism. The rotary mechanism is arranged on the top face of the supporting plate. The rotary mechanism penetrates through the supporting plate and is fixedly installed on the supporting plate. The rotary mechanism is fixedly connected with the hanging basket. According to the bagged material hanging basket type vertical conveyingmechanism, the structure is compact and reasonable, conveying efficiency is high, and the automation degree is high; and meanwhile, circumstances such as falling, bumping, rolling, bag breaking and dust raising are prevented from occurring when a bagged material is vertically thrown and falls.

Description

technical field [0001] The invention relates to a hanging basket type vertical conveying method for bagged materials and a conveying mechanism thereof, belonging to the field of automatic loading equipment for bagged materials. Background technique [0002] The traditional loading operation of bagged materials is usually completed by the cooperation of manpower and forklifts. On the one hand, this operation method has low handling efficiency, high work intensity, and high labor cost; therefore, in order to reduce labor and cost, the enterprise , and began to develop automatic loading systems for bagged materials with relatively high automation and efficiency. However, most of the automatic loading systems only use a simple combination of conveyor belts and mechanical arms, and cannot be done immediately during the loading process according to the on-site conditions. In case of special circumstances, manual intervention is still required; at the same time, when the bagged mat...

AI Technical Summary

Problems solved by technology

[0002] The traditional loading operation of bagged materials is usually completed by the cooperation of manpower and forklifts. On the one hand, this operation method has low handling efficiency, high work intensity, and high labor cost; therefore, in order to reduce labor and cost, the enterprise , and began to develop automatic loading systems for bagged materials with relatively high automation and efficiency. However, most of the automatic loading systems only use a simple combination of conveyor belts and mechanical arms, and cannot be done immediately during the loading process according to the on-site conditions. In case of special circumstances, manual intervention is still required; at the same time, when the bagged materials are thrown directly from the top of the truck compartment into the compartment of this automatic loading system, the bagged materials will be hit, rolled over, or even broken. For powdery materials, it will also cause dust, which will have a certain impact on the on-site operating environment; therefore, there is an urgent need for a device with a compact and reasonable structure, high conveying efficiency, and automatic adjustment to solve the above problems

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