Guiding device capable of directly receiving materials on ground in bulk cargo conveying process

Abstract

A guiding device capable of directly receiving materials on the ground in a bulk cargo conveying process comprises a bracket, a hopper, a hopper support, a hinge shaft, an electrical barrel, a balancing weight, a twisted rope, fixed pulleys and a balance weight rope, wherein the bracket crosses over the receiving section of a ground adhesive tape machine in a storage yard and is used for fixing the rotating hinge shaft of the hopper and the electrical barrel, a lifting pull ring of the hopper and the balancing weight are pulled through the twisted rope winding around the fixed pulleys and the balance weight rope, the hopper is arranged on one side of the ground adhesive tape machine, the pull ring is arranged at the lifting end of the hopper, the electrical barrel is fixed on the bracket and connected with the hopper through the twisted rope, the fixed pulleys are fixed on the bracket and are guide pulleys for connection ropes between the hopper and the balancing weight and between the hopper and the electric barrel, and the balance weight rope is connected between the hopper and the balancing weight and winds around one fixed pulley. The technological procedure is simplified, the equipment cost is reduced, the equipment failure rate is reduced, the working efficiency is improved, and the guiding device is applied to multiple industrial fields such as mines, metallurgy, coal, ports, electric power, building materials and the like.

Description

technical field [0001] The invention relates to a material guide device capable of receiving materials directly from the ground in a bulk material conveying process in the bulk material conveying industry in many industrial fields such as mines, metallurgy, coal, ports, electric power and building materials. Background technique [0002] At present, in the bulk material conveying system, the technological process of taking materials from the storage yard is often encountered. In addition to the continuous process in which the reclaimer is directly discharged to the ground belt conveyor, a semi-continuous process in which the front loader is used to discharge material to the ground belt conveyor can also be used. If the storage yard equipment breaks down and requires maintenance and inspection, the emergency process of front-end loader unloading is required. Or for small storage yards, when it is inconvenient to set up the reclaiming process, the process of directly retrievi...

AI Technical Summary

Problems solved by technology

The size required for this loading platform is very large, resulting in slow loading speed of the vehicle and insufficient turning flexibility, which directly reduces the utilization rate of the storage yard

Furthermore, when the front-end loader is picking up materials from the yard, the vibrating feeder also needs to work all the time, which increases energy consumption

When the front-end loader is unloading, the material directly hits the vibrating feeder, causing the parts of the vibrating feeder to be easily damaged and blocked, and the equipment has a compact structure, small clearance, difficult maintenance, and time-consuming and laborious

In addition, due to the setting of the loading platform, the equipment cannot walk freely, so when the near-end material is emptied, it will increase the material picking distance and reduce the working efficiency of the front-end loader.

Images