Intelligent dynamic metering production system

Abstract

The invention belongs to the field of molding devices in the powder industry, and in particular, relates to an intelligent dynamic metering production system. The system mainly consists of a bin prediction device, a precise weighing device, an automatic feeding device, an automatic double lifting mechanism, a rail translation device, a machine body fixing mechanism and the like; the lower part of the bin prediction device is in butt joint with the precise weighing device; the lower part of the precise weighing device is in butt joint with the automatic feeding device; the automatic feeding device is fixed on the machine body fixing mechanism through the automatic double lifting mechanism; the machine body fixing mechanism transversely moves through the rail transition device arranged at the bottom; the operation stability of whole equipment is achieved; meanwhile, continuity of the whole production system can be effectively guaranteed; the purpose of continuous operation is realized; and the system is high in control precision, stable in operation, controllable in speed, simple in structure, low in failure rate, long in service life, high in safety and low in labor intensity, can achieve automatic control, reduces manual operation, and improves working conditions of workers.

Description

technical field [0001] The invention belongs to the field of molding devices in the powder industry, and in particular relates to an intelligent dynamic measurement and prediction system. Background technique [0002] Existing powder molding in the refractory and forging industries requires manual measurement and weighing of the bulk material according to the customer's calibration quantity requirements, and then pours it into the cavity of the screw press forming mold, which has high labor intensity, low work efficiency, and human errors. Large, unable to achieve accurate measurement, resulting in unstable product performance, material pollution to the environment, and greater harm to the human body, greatly hindering production, resulting in high production costs and low output. [0003] At present, there are some feeding equipments on the market. Due to the normal production process in the powder molding industry of refractory materials and forging presses, the production...

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Problems solved by technology

[0002] Existing powder molding in the refractory and forging industries requires manual measurement and weighing of the bulk material according to the customer's calibration quantity requirements, and then pours it into the cavity of the screw press forming mold, which has high labor intensity, low work efficiency, and human errors. Large, unable to achieve accurate measurement, resulting in unstable product performance, material pollution to the environment, and greater harm to the human body, greatly hindering production, resulting in high production costs and low output

[0003] At present, there are some feeding equipments on the market. Due to the normal production process in the powder molding industry of refractory materials and forging presses, the production sites of different enterprises have different equipment layouts, and the tonnage, model size and mold cavity height of the equipment are different. Huge, causing the vibration source during dynamic weighing cannot be completely solved. When encountering different materials, material feeding will not be smooth, or the vibration source is complex, resulting in large weighing errors, and most of the feeding devices on the market are fixed at the pressure On the fuselage of the press, it will cause great problems when the cavity of the press is replaced, so it is urgent to develop a stable, accurate and durable intelligent conveying and predicting system

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