Chick driving device based on wireless sensor network

Abstract

The invention relates to the field of poultry production, and particularly discloses a chick driving device based on a wireless sensor network. The chick driving device based on the wireless sensor network comprise a sensor, a control system, implementing equipment and a power supply system, in the implementing equipment, a motor provides power output for the whole device, the output end of the motor is connected with a speed changing box, the output end of the speed changing box is connected with a raised wheel, a hanging nail is arranged at the far stop end of the raised wheel, the hanging nail is connected with a pulling rope, a driving network is connected with the lower end of the pulling rope, a pressure sensor is arranged below the driving network, and electric energy is provided for the whole system through the power supply system. When the phenomenon that chicks gather together occurs, pressure changes at all parts can be inspected through pressure sensors distributed everywhere, the inspected pressure value is sent to the control system through the wireless sensor network, the pressure value is compared with a pre-set value through the control system, when a pressure value exceeds the pre-set value, the implementing equipment is controlled to be started through the control system, and thus dispersing on the chicks is realized.

Description

Technical field [0001] The invention relates to the field of animal husbandry and breeding, in particular to a chick driving equipment based on a wireless sensor network. Background technique [0002] Existing traditional chicken farms all use the free-range method of brooding in the shed. The body temperature regulation function of the chicks is not perfect, so the chicks are very sensitive to temperature changes. If the temperature is too high, the water in the chicks is easy to evaporate, causing the chicks to become dehydrated. , It affects the growth of chicks, and the temperature in the shed should not drop too much in a short period of time. Therefore, farmers often set the temperature in the middle to low range of the general breeding temperature, but because the temperature control equipment requires a certain system response Time, so the temperature in the shed often becomes low, the chicks cluster together, and they are easy to squeeze and die. To avoid this phenomenon...

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Problems solved by technology

[0002] When the existing traditional chicken farms breed chicks, they all use the method of free-range breeding in the shed. The body temperature regulation function of the chicks is not perfect, so the chicks are very sensitive to temperature changes. If the temperature is too high, the water in the chicks is easily evaporated, resulting in dehydration of the chicks , affect the growth of chicks, and the temperature in the shed should not drop too much in a short period of time, so farmers often set the temperature in the middle to low range of the general breeding temperature, but because the temperature control equipment requires a certain system response time, so the temperature in the shed will often decrease, and the chicks will cluster together and die easily. In order to avoid this phenomenon, farmers need to observe the situation in the shed day and night a few days before the chicks first enter the shed. Drive the chickens in groups; and the layout of the signal transmission network of the traditional control device is relatively complicated, which increases the construction cost of the chicken farm

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