Automatic baffle pressing type steel belt cooling material conveyor

Abstract

The invention relates to an automatic baffle pressing type steel belt cooling material conveyor. The conveyor is characterized in that an automatic baffle pressing system is additionally arranged at the discharging end of an existing material conveyor, wherein the automatic baffle pressing system comprises left and right automatic baffle pressing devices which have an automatic gap compensation function and can prevent particle products from leaking to the two sides of a steel belt through a gap, a baffle inter-connecting strut beam with a baffle limiting function reinforcing function and an anti-overflow cover plate having a function of preventing outward splashing of particle products during advancing and falling of the particle products. It is ensured that the conditions of leftward andrightward leaking and forward splashing of particle products and pollution caused by dust to environment are avoided from the structure, the recovery rate of the products is improved, a large amountof resource waste is avoided, the workload and the use cost of daily maintenance are reduced, the structure is simple, scientific and reasonable, the work is continuous and reliable, the stability isstrong, the use is convenient, and the using requirements for continuous, reliable, efficient, low-cost operation and environmental protection of an automatic flow operation system can be fully met, and practicability is quite high.

Description

technical field [0001] The invention relates to the technical field of material cooling and conveying equipment, in particular to an automatic compression type steel belt cooling material conveyor with a baffle plate that can avoid product scattering loss during unloading, help improve production efficiency and reduce daily use costs. Background technique [0002] In the production process of petrochemical oil refining and petrochemical industry, a large number of high-temperature liquid molten products will be produced, such as: molten liquid sulfur with a temperature of about 135 ° C, molten liquid petroleum resin and phenolic resin with a temperature of about 210 ° C, and temperature up to Molten liquid paraffin at about 58°C and rubber additive products at 52°C, etc. These high-temperature liquid molten products need to be cooled and formed into solid particle products that are convenient for packaging, storage and transportation before they can be used. This cooling and ...

AI Technical Summary

Problems solved by technology

In the initial stage when the material conveyor is put into operation, since the arc-shaped working surfaces of the left and right baffles fixed on the frame are in close contact with the edges on both sides of the steel belt, it can ensure that the granular products running to the end of the frame There will be no leakage to both sides of the steel belt, but as the application time goes by, both the steel belt and the baffles will gradually wear out, resulting in the gradual increase of the joint gap between the steel belt and the baffles on both sides, so that During the unloading process, granular products often pass through the handover gap and fall to the ground, resulting in product loss, resulting in more and more ground scraps at the work site, and more and more serious dust pollution, resulting in frequent shutdowns for maintenance , Replacing the baffle plate not only affects the continuous operation of the automatic flow operation system using the material conveyor, but also affects the overall production efficiency, and due to the additional loss of the product, it not only affects the output of the finished product, but also causes a waste of resources, and also brings Environmental pollution has also increased the workload of daily maintenance and the cost of daily use

Therefore, the steel belt cooling type material conveyor with the current structural form generally has unscientific and reasonable structure of the unloading mechanism, poor reliability and stability of continuous work, heavy daily maintenance workload, low resource utilization rate, and high daily use cost. It is difficult to meet the stable, reliable, continuous and efficient, low-cost output and environmental protection requirements of the modern automated assembly line operation system, so it is not ideal from the perspective of practicability and economy.

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