On-line water detection and pellet-fodder optimization device

Abstract

The invention discloses an on-line water detection and pellet-fodder optimization device which comprises a powdery material buffer storehouse, a screw feeder, a granulator, a conditioner and a cooler, and is characterized in that the whole set of granulating equipment comprises an on-line water determination and automatic water feeding device, a conditioning, granulating and optimizing separated device, a cooler air volume and water control separated device and a central control separated device; and the central control separated device is respectively connected with the on-line water determination and automatic water feeding device, the conditioning, granulating and optimizing separated device, and the cooler air volume and water control separated device. The on-line water detection and pellet-fodder optimization device has the advantages of timely and precise control and convenient use operation, prevents the problem that the water content index of a large amount of finished productmaterial is unqualified because the water control is not timely, can keep the consistency of water in finished fodder and improve the fodder quality, saves time and labor, and improves the working efficiency and reduces the energy consumption; and in addition, the device prolongs the service life of a granulator circular mold through the on-line precise control of water when in fodder processing.

Description

technical field [0001] The invention discloses an on-line moisture detection and granular feed optimization device with timely and precise control and convenient use and operation. It belongs to the field of industrial automatic control. Background technique [0002] The current international research on online moisture detection and pellet feed optimization devices, the main technology is the online moisture detection probe and control system. At present, there are many moisture detection devices at home and abroad, but most of them are static, and the detection cycle is long, so they cannot be used for online control. At present, water is added during feed processing in China. The method used is to first test the moisture content of the raw materials, initially determine the amount of water added for production, and then take samples of the finished product for testing, and compare the moisture content of the material with the required moisture content. , to determine th...

AI Technical Summary

Problems solved by technology

At present, there are many moisture detection devices at home and abroad, but most of them are static, and the detection cycle is long, so they cannot be used for online control.

At present, water is added during feed processing in China. The method used is to first test the moisture content of the raw materials, initially determine the amount of water added for production, and then take samples of the finished product for testing, and compare the moisture content of the material with the required moisture content. , to determine the amount of water added in subsequent batches. When the test results come out, multiple batches of materials will be produced. Not only will the work efficiency be low, but the moisture content of a large number of finished materials will fail due to untimely moisture control.

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