Honeycomb briquette stacking machine

Abstract

The invention relates to a honeycomb briquette stacking machine. Power is transmitted into a gear I of a gearbox and a conical gear I by a power shaft and a clutch; the gear I is meshed with a gear I on a transmission shaft I; an edentulous gear is arranged on the transmission shaft I and meshed with a gear II of a transmission shaft II; the transmission shaft I is provided with a chain wheel I which is connected with a chain wheel V on a long shaft of a belt transmission mechanism by a chain II and drives a belt to transmit honeycomb briquette; the transmission shaft II is provided with a chain wheel I which is connected with the chain wheel I on a main shaft of a lifting mechanism by a chain IV; the power is transferred to double chain wheels by a conical gear pair to drive a chain III to move; a support plate on the chain III supports the honeycomb briquette; 5 mounds of honeycomb briquette is flatly pushed on a honeycomb briquette stacking plate of a rotating disk mechanism by a honeycomb briquette pushing device once; a gear ring I on a rotating disk is rotated by a gear sleeve transmitting a vertical shaft; the honeycomb briquette pushing device is supplied with kinetic energy by an energy storage device; and the scheme that the power of the energy storage device is transferred by the conical gear I realizes the honeycomb briquette stacking mechanization for replacing manual working and is suitable for being matched with a honeycomb briquette making machine to mechanically stack the honeycomb briquette.

Description

technical field [0001] The invention relates to a lotus root coal storage machine. Background technique [0002] At present, most of the lotus root coal that people use daily is produced intensively in the lotus root coal factory with a lotus root coal machine, and the finished lotus root coal is output on a conveyor belt, and then one or two people manually pick up a mound of lotus root coal from the conveyor belt, and then stack it Five mounds of coal are made into a pile of lotus root coal, and then manually transported to cars or other means of transportation. The coal picker must pick up a mound of lotus root coal from the conveyor belt every 0.8 seconds. The actions of the coal picker include squatting The four movements of getting down, picking up coal, standing up, and stacking are completed within 0.8 seconds. The labor intensity is very high, and the working environment is very poor. Therefore, the current laborers are no longer willing to engage in this task. Bit...

AI Technical Summary

Problems solved by technology

[0002] At present, most of the lotus root coal that people use daily is produced intensively in the lotus root coal factory with a lotus root coal machine, and the finished lotus root coal is output on a conveyor belt, and then one or two people manually pick up a mound of lotus root coal from the conveyor belt, and then stack it Five mounds of coal are made into a pile of lotus root coal, and then manually transported to cars or other means of transportation. The coal picker must pick up a mound of lotus root coal from the conveyor belt every 0.8 seconds. The actions of the coal picker include squatting The four movements of getting down, picking up coal, standing up, and stacking are completed within 0.8 seconds. The labor intensity is very high, and the working environment is very poor. Therefore, the current laborers are no longer willing to engage in this task. Bitter, dirty, tiring and boring work urgently needs to be replaced by an automated mechanical product

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