Aggregate production intelligent control system and method

Abstract

The invention provides an aggregate production intelligent control system and method. The aggregate production intelligent control system comprises a grinding mechanism, a metering mechanism, a molding sintering mechanism, a screening mechanism and a control system; the grinding mechanism comprises a lifting compartment, a rolling machine and a ball mill; the metering mechanism comprises a cone feeding pipe, a storage box, a material guiding pipe and belt scale; a flow dividing plate is arranged in the material guiding pipe, a control valve is arranged at the lower end, the feeding port of theball mill is connected with the discharging end of the belt scale, the discharging port is communicated with the molding sintering mechanism, and the molding sintering mechanism comprises a pelletizer, a drying box and a sintering furnace; the screening mechanism comprises a vibration screening box and a feeding hopper, a screening plate is arranged in the vibration screening box, and a hydrauliccolumn is arranged below the screening plate; and a processor of the control system receives the signals emitted by a temperature sensor I and a temperature sensor II, a weighing sensor I and a weighing sensor II and a velocity sensor on single machine equipment through a communication module, and processes and sends commands. By combining the single machine equipment with intelligent control, automation of the production process is achieved, and the failure processing capability and production efficiency are improved effectively.

Description

technical field [0001] The invention relates to the field of aggregate production, in particular to an intelligent control system and method for aggregate production. Background technique [0002] Aggregate, as an important material for infrastructure and urban construction, bears a great responsibility in the construction of new urbanization in my country. The main sources of aggregate are artificial sand, river sand and sea sand. Although the modulus and gradation of river sand and sea sand Both are relatively ideal, but in order to protect limited river sand resources, avoid over-exploitation, over-exploitation, ecological impact and the safety of river flood embankments, shipping and bridges, and the current concrete problems are largely caused by the quality of sand and gravel, such as thickness Poor aggregate particle shape, poor gradation, large porosity, many needle-like particles, high content of stone powder, etc., and poor quality of sand and gravel are the main rea...

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Problems solved by technology

[0003] At present, the aggregate production line is a labor-intensive traditional industry. The monitoring of production operations mainly relies on the manual supervision and data recording of on-site staff. It lacks various electrical parameters, output, switches and other data of key equipment, so it is difficult to timely Judging the operating conditions of the production line, it is impossible to give feedback to guide the staff to make adjustments in time. For example, manual observation and guidance are required for the grinding, batching, and sintering of aggregates. The ability to self-adjust during the production of artificial aggregates is insufficient. Strong, lack of intelligence and continuity, reduce the production efficiency of aggregate

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