Automated disease monitoring system for pig farm

Abstract

The invention discloses an automated disease monitoring system for a pig farm. The automated disease monitoring system comprises a detection end and a control end which are connected through a transmitting end and a receiving end, wherein the detection end comprises an ear tag base body and a processor; the control end comprises a signal processing device and an image segmentation device; the transmitting end comprises an infrared transmitter, a switch and a receiving coil; the receiving end comprises a thermal infrared imager, an infrared receiver, an infrared induction switch and a transmitting coil; the processor is connected with a temperature sensor, an ammonia gas sensor, a breathing lamp and a carbon dioxide sensor, and the processor, the temperature sensor, the ammonia gas sensor, the breathing lamp and the carbon dioxide sensor are arranged in the ear tag base body; the thermal infrared imager, the infrared receiver, the infrared induction switch and the transmitting coil are connected with a controller, and are all arranged at the upper part inside a pig trough; and the controller is connected with the signal processing device through a connecting wire. The automated disease monitoring system realizes the monitoring of the health condition and living environment of pigs, realizes dual-path monitoring of the thermal infrared imager and the monitoring data, has a wireless charging function, and brings convenience for people to carry out comprehensive observation and detection on the pigs.

Description

Technical field: [0001] The invention relates to a pig raising monitoring device, in particular to an automated disease monitoring system for a pig farm. Background technique: [0002] With the improvement of people’s living standards, people’s demand for pork is increasing. At the same time, due to market stimulation, pig farms have gradually increased, especially the emergence of large-scale farms, while increasing the scale of pig raising. The biggest disadvantage is that it is not easy to manage. The number of pigs raised in a pig house is also increasing. Due to the high breeding density, the most afraid of infectious diseases, the monitoring of pig diseases should be strengthened, but at the same time the disease has an incubation period, which is often at the beginning It is not obvious to see that it can only be expressed by body temperature. When it is revealed from the surface characteristics of pigs, it is often in the middle and late stages of the disease. While the t...

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Problems solved by technology

[0002] With the improvement of people's living standards, people's demand for pork is increasing. At the same time, due to the stimulation of the market, the number of pig farms has gradually increased, especially the emergence of large-scale farms. While increasing the scale of pig farming, The biggest disadvantage is that it is not easy to manage. The number of pigs in a pig house is also increasing. Due to the high breeding density, infectious diseases are the most feared. Therefore, the monitoring of pig diseases should be strengthened. It is not very obvious, and it can only be expressed by body temperature. When it is detected from the surface characteristics of pigs, it is often in the middle and late stages of the disease. While the treatment is slow, it is easy to infect other pigs, but pigs are warm-blooded animals. What is the body? If it is abnormal, it is often first reflected in the body temperature. Therefore, in order to detect the disease at an early stage, the body temperature of the pig should be detected. In the prior art, the personnel carry out regular temperature measurement of the pig through a handheld thermometer, and the workload is cumbersome. The active nature of pigs also increases the workload of personnel. Therefore, it is necessary to find a simple and fast body temperature detection device with an effective transmission device

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