Mobile vibrating and activating device of large bunker

Abstract

The invention relates to an external mobile vibrating and activating device of a large bunker for stocked materials which are susceptible to a processing unit, sticky and thereby unsmooth in feeding. The mobile vibrating and activating device comprises a roundabout circular bunker rail 1, vibrating and activating device fixing carts 2, vibrating and activating device frames 3, air cylinders 4, buffer springs 5, arc-shaped vibrating and beating plates 6 and an electrical control system 7. The mobile vibrating and activating device is characterized in that various parts of the vibrating and activating device are mounted on the vibrating and activating device fixing carts 2 and move along the roundabout circular rail 1, and the materials are activated by beating the wall of the bunker with the arc-shaped vibrating and beating plates 6 and consequently can be fed smoothly. The mobile vibrating and activating device has the advantages of simple design, low cost and maintenance workload; the materials sticky to the wall can be fed smoothly, continuously, stably and uniformly, and no activating blind areas exist.

Description

technical field [0001] The invention relates to a mobile vibration activation device for a large silo, in particular to an external mobile vibration activator for a large silo whose stored materials are affected by process equipment and are prone to high viscosity and unsmooth feeding, and belong to the technical field of mechanical equipment . Background technique [0002] In the process of some industries, such as the pelletizing process of metal magnesium smelting, the material in the large silo is affected by factors such as temperature, time, ingredients, and moisture content during the process, and it is easy to cause sticking to the wall. The feeding is not smooth, discontinuous, and the amount of feeding is uneven. In order to make the feeding of the furnace evenly, the vibration mechanism driven by the built-in vibration motor in the warehouse or the external hammer is used to vibrate the material on the warehouse wall to ensure The feeding is smooth, continuous, a...

AI Technical Summary

Problems solved by technology

However, the vibration mechanism driven by the built-in vibration motor is placed in the silo, and the temperature of the furnace charge is high, so the vibration motor is easy to overheat and burn out; the manual use of the swing hammer is backward and labor-intensive

Moreover, the above two methods have the following common disadvantages: the position of the vibrating warehouse wall is fixed and there is a vibration dead zone, and the furnace material sticking to the wall will not easily break away from the warehouse wall

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