Automatic feeding system of mixing station

Abstract

The invention discloses an automatic feeding system of a mixing station. The automatic feeding system comprises a first horizontal conveyor, a second horizontal conveyor, a third horizontal conveyor, an elevating conveyor and a mobile discharging machine, wherein a conveying channel is formed underground, a cover plate is arranged on the upper opening of the conveying channel, a discharge outlet is formed in the cover plate, the first horizontal conveyor is arranged in the conveying channel, the second horizontal conveyor is arranged on the discharge end of the first horizontal conveyor, the elevating conveyor is arranged on the discharge end of the second horizontal conveyor, the third horizontal conveyor is arranged on the discharge end of the elevating conveyor, and the mobile discharging machine is arranged on the discharge end of the third horizontal conveyor. The automatic feeding system is simple to operate, convenient to use, and low in operation cost, and compared with a traditional mode of feeding by utilizing a forklift, the automatic feeding system has the advantages that the working efficiency is greatly increased, the labor intensity is lowered, and the danger to a worker during the feeding can be avoided.

Description

technical field [0001] The invention belongs to the technical field of concrete pavement cutting equipment, and in particular relates to an automatic feeding system for a mixing station. Background technique [0002] At present, the equipment for feeding the batching machine of the mixing station in the society is a forklift. Taking a 50 forklift as an example, its dead weight is generally about 18 tons, and its maximum shoveling capacity is 5 tons. Generally, it shovels about 4 tons during work. To shovel 4 tons of materials into the batching machine, the forklift needs to drive 18 tons of its own The back and forth movement of weight is equivalent to doing 2*18+4=40 tons of work, only 4 tons is useful work, and the efficiency of forklift work is only 4 / 40=10%. According to the research of relevant departments, the energy utilization rate of fuel oil in my country is less than 33%; according to this calculation, the actual efficiency of fuel is 10%*33%=3.3% when using a fork...

AI Technical Summary

Problems solved by technology

Taking a 50 forklift as an example, its dead weight is generally about 18 tons, and its maximum shoveling capacity is 5 tons. Generally, it shovels about 4 tons during work. To shovel 4 tons of materials into the batching machine, the forklift needs to drive 18 tons of its own The back and forth movement of weight is equivalent to doing 2*18+4=40 tons of work, only 4 tons is useful work, and the efficiency of forklift work is only 4 / 40=10%. According to the research of relevant departments, the energy utilization rate of fuel oil in my country is less than 33%; according to this calculation, the actual efficiency of fuel is 10%*33%=3.3% when using a forklift to load the batching machine, which shows that the useful work done by fuel is negligible, and 97% of the fuel we buy is wasted , polluting the environment, creating smog, and harming mankind

Therefore, just looking at how low the working efficiency of the forklift is, it will be clear how much waste it will cause, plus purchase costs, labor costs, food costs, maintenance costs, suspension costs, storage costs, nursing costs, lost work costs, Depreciation fees, etc., the waste caused by the use of forklifts is even greater

According to incomplete statistics, based on the amount of work completed each year, it takes about 3 yuan to put the materials in the batching machine.

The greater the project, the greater the waste

Images