Illumination and water supply system based on infrared detection

Abstract

The invention discloses an illumination and water supply system based on infrared detection. The illumination and water supply system based on infrared detection comprises a water tank, a support, anillumination device, an infrared detection device, a relay K, an electric opening and closing valve and a control circuit, wherein the support is fixed on the water tank; the illumination device is arranged at the top end of the support; the infrared detection device is fixed on the support; the electric opening and closing valve is arranged on a water supply pipeline which communicates with the water tank; the infrared detection device is connected with the control circuit; the control circuit is connected with the relay K; and the relay K is respectively connected with the illumination device and the electric opening and closing valve. The illumination device can be started to illuminate when the livestock is close to the water tank, meanwhile, water is supplied to the water tank, and the livestock can drink water conveniently; and when the livestock leaves, the illumination device and the water supply pipeline can be automatically closed, so that the electric energy saved, moreover,the different livestock can drink continuously supplied water rather than stored water, and the possibility that the livestock mutually infect germs through the drinking water is reduced.

Description

technical field [0001] The invention relates to an animal drinking water device, in particular to an illumination and water supply system based on infrared detection. Background technique [0002] With the demand for a variety of different livestock, feedlots began to be built in large numbers. The current livestock breeding mainly adopts the form of captive breeding, which not only facilitates management, but also facilitates the prevention and control of diseases and the delivery of feed; in the process of livestock breeding, generally the livestock will not eat at night, but they need to drink water; in order to facilitate the drinking water of captive livestock, The existing method mainly adopts to place a lighting lamp near the water tank in the guardrail of captivity, and the water in the water tank is stored in advance before night; but the following problems exist in the existing way: first, due to the Constant light all night will waste a lot of electric energy; se...

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Problems solved by technology

The current livestock breeding mainly adopts the form of captive breeding, which not only facilitates management, but also facilitates the prevention and control of diseases and the delivery of feed; in the process of livestock breeding, generally the livestock will not eat at night, but they need to drink water; in order to facilitate the drinking water of captive livestock, The existing method mainly adopts to place a lighting lamp near the water tank in the guardrail of captivity, and the water in the water tank is stored in advance before night; but the following problems exist in the existing way: first, due to the Constant light all night will waste a lot of electric energy; secondly, if too little water is added to the water tank at one time, it may cause insufficient drinking water for livestock at night, which is not conducive to their growth; However, it may be due to the increased risk of one animal carrying the disease through the drinking water and infecting the entire herd

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