Large Circle Breeding Automatic Feeding Control System

Abstract

An automatic feeding control system for large-enclosure cultivation comprises a weighing sensor, a quantitative distribution controller, an electronic ear tag recognizer, a control cabinet, a distribution screw scale and an electric push rod. The quantitative distribution controller, a rotary knob switch and a plurality of button switches are arranged on a cabinet door of the control cabinet. A switch power supply, a circuit breaker, an RTU controller, an electromagnetic relay and a UK wiring terminal strip are arranged in a cabinet body. An external power supply is connected with a security device through the circuit breaker. The security device is electrically connected with the switch power supply which is connected with the rotary knob switch. The hand-operated output end of the rotary knob switch is connected with all the button switches. The automatic output end of the rotary knob switch is connected with the RTU controller. All the button switches and the RTU controller are connected with the electromagnetic relay. The output contact of the electromagnetic relay is connected with the UK wiring terminal strip. The UK wiring terminal strip is connected with the distribution screw scale and the electric push rod respectively. By switching the rotary knob switch, the system can conduct distribution control at a hand-operated state and an automatic state; according to electronic ear tag data, different types of feed are distributed to livestock.

Description

technical field [0001] The invention relates to the field of electrical control, in particular to an automatic feeding control system for large circle breeding that prepares different feeds for livestock according to a set feeding program. Background technique [0002] China's aquaculture industry still relies on artificial indeterminate feeding. This traditional model has the following defects: firstly, relying on artificial feeding consumes a lot of feed, and consumes a lot of manpower and material resources, and cannot form a complete pig growth curve, let alone a feed consumption curve and a feed return curve; secondly, relying on artificial feeding It needs to be equipped with a large amount of manpower and material resources, which brings serious economic burden to the enterprise. In traditional farms, all livestock eat common troughs and cannot be fed separately according to the individual conditions of the livestock. For example, the feeding methods of fat pigs and ...

AI Technical Summary

Problems solved by technology

This traditional model has the following defects: firstly, relying on artificial feeding consumes a lot of feed, and consumes a lot of manpower and material resources, and cannot form a complete pig growth curve, let alone a feed consumption curve and a feed return curve; secondly, relying on artificial feeding It needs to be equipped with a lot of manpower and material resources, which brings serious economic burden to the enterprise

In traditional farms, all livestock eat common troughs and cannot be fed separately according to the individual conditions of the livestock. For example, the feeding methods of fat pigs and breeding pigs are completely different, and it is impossible to rely on artificial feeding.

In addition, due to the individual differences of livestock, some livestock should eat special formula feed, and it is not good to rely on artificial feeding

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