Wide-range continuous quantitative loading system used for bulk materials and capable of conducting automatic static weighing

Abstract

The invention discloses a wide-range continuous quantitative loading system capable of conducting automatic static weighing. The loading system comprises a frame, wherein a conveyor, a distributing bin, at least two weighing bins and a control room are arranged in the frame. The loading system is characterized in that at least two discharging hoppers are arranged at the lower end of the distributing bin; distributing bin gates are arranged at the outlets of the discharging hoppers; the weighing bins are arranged below the distributing bin; weighing bin gates are arranged at the outlets of the weighing bins; the outlets of the weighing bins are connected to a bifurcated chute; the bifurcated chute is connected to a loading chute. Under the condition of not increasing the cost, the weighing range of the loading system is widened, the wide-range loading system can conduct continuous loading, the service life of the equipment is prolonged, power resource waste is reduced, and the working environment is improved. The loading system is reasonable in structure and reliable in operation.

Description

technical field [0001] The invention relates to a quantitative loading system, in particular to a system and method capable of realizing automatic static weighing and continuous loading when the weighing range varies widely. Background technique [0002] For a long time, large-scale quantitative loading systems have been widely used in the loading and transportation of bulk materials in domestic and foreign large-scale metallurgy, mines, ports, railways, highways, etc., and play a pivotal and key role, but these loading systems have always been used The traditional structure remains unchanged. That is to say, a batching bin and a weighing bin are arranged vertically up and down in the steel structure frame, so that the loading system has the following problems when it has a large range: 1. It is impossible to achieve a large range of loading; 2. The bin capacity is huge; 3. Processing, It is difficult to manufacture and install; 4. The cost is increased due to overrun durin...

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Problems solved by technology

That is to say, a batching bin and a weighing bin are arranged vertically up and down in the steel structure frame, so that the loading system has the following problems when it has a large range: 1. It is impossible to achieve a large range of loading; 2. The bin capacity is huge; 3. Processing, It is difficult to manufacture and install; 4. The cost is increased due to overrun during transportation; 5. The impact load is large and the noise is large, which directly affects the working environment of the operator; 6. The equipment is easily damaged, which increases the cost of use and maintenance; 7. 1. It cannot be loaded continuously, or although it can be loaded continuously, the loading accuracy cannot be guaranteed, and the loading efficiency is low; 8. The power resources cannot be fully utilized, resulting in a waste of power resources

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