A temperature control device based on visual recognition

Abstract

The invention discloses a temperature control device based on visual recognition, and particularly relates to the technical field of poultry house temperature monitoring. The temperature control device based on visual recognition includes an electronically connected camera, a control system, and an environmental control system. The control system includes a positioning unit, an image analysis and processing unit, an image recognition unit, an image storage unit, and a control unit. The environmental control system includes a microprocessor unit, heating mechanism, ventilation mechanism and cooling mechanism; the camera transmits the captured image to the control system, the positioning unit in the control system judges the position of the captured image, and the image analysis and processing unit processes the image information and extracts the target features area, the image recognition unit compares the extracted target features with the feature images stored in the image storage unit to judge the category and quantity of the target features, the control unit determines the corresponding control level according to the category and quantity and generates corresponding control instructions, and The command is sent to the environmental control system.

Description

A temperature control device based on visual recognition technical field The present invention relates to poultry house temperature monitoring technical field, be specifically related to a kind of temperature control device based on visual recognition set. Background technique The temperature control method commonly used in the existing poultry breeding industry is to detect the poultry house by the temperature probes placed in different positions. According to the temperature value, control the heating and ventilation systems to adjust the temperature in the house. Due to temperature probes with poultry There is a certain distance, which does not accurately reflect the actual temperature around the poultry. Due to its own metabolic heat production, each poultry is equivalent to one A heating unit, the temperature around the poultry is higher than the temperature value detected by the temperature probe, resulting in a high body temperature of the poultry, However...

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Problems solved by technology

Due to the distance between the temperature probe and the poultry, it cannot accurately reflect the actual temperature around the poultry

Due to the heat generated by its own metabolism, each poultry is equivalent to a heating unit, and the temperature around the poultry is higher than the temperature detected by the temperature probe, resulting in a situation where the poultry feels high temperature, but the ventilation and cooling level is low, which is not ideal The temperature control effect will affect the growth and development speed of poultry. This situation is common in poultry farming. Experienced breeders can judge whether the poultry's body temperature is appropriate based on the behavior characteristics of poultry. For example: when the poultry body temperature is relatively high When the temperature is high, the feathers of the poultry will become wet and they will open their mouths to increase heat dissipation. The temperature suitable for the growth of poultry can be reached within a certain period of time. After all, the experience and time of the breeders are limited, and it is impossible to pay attention to the status of the poultry in real time. When the above-mentioned conditions that are not conducive to the growth of poultry are not monitored in time, the entire feeding efficiency will be affected.

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