Sow obstetric table delivery monitoring system

Abstract

The invention provides a sow obstetric table delivery monitoring system. The system comprises a display and a camera, the camera is arranged in a hog house, the system also comprises a hard disk video recorder, an input terminal of the hard disk video recorder is connected with the camera through a cable, and an output terminal of the hard disk video recorder is connected with the display through a cable. During usage, monitoring personnel can perform image setting according to different monitoring areas at the front end, 24-hour onsite monitoring and video saving of key areas can be realized, the system realizes all-area, omnibearing, and multi-point monitoring of the sow obstetric table delivery process, the equipment investment is small, fixed-point onsite monitoring and recording can be located in time, dead angles are avoided, all-period monitoring without omission is achieved, the image is clear, replay and recheck of recorded videos are facilitated, the monitoring effect is good, the sow delivery survival rate is effectively increased, the labor intensity of workers is reduced, and the culture economic benefit is increased.

Description

technical field [0001] The invention relates to the field of video monitoring, in particular to a system for monitoring the farrowing of sows. Background technique [0002] The production monitoring of traditional pig houses mostly adopts large-scale and conceptual monitoring, and it is difficult to accurately locate the monitoring of key production areas and parts. [0003] For pig farms with larger scale, better breeding efficiency, and more advanced management concepts, they often invest huge sums of money in comprehensive monitoring, which will cause excessive capital investment and the gains outweigh the losses. For small-scale pig farms, there is almost no monitoring, relying on manual on-site observation. Due to the uncertainty of 3-5 days before and after sow farrowing, it is necessary to monitor the site for a long time, which will cause a lot of manpower and material resources consumption and affect the breeding efficiency. Contents of the invention [0004] In...

AI Technical Summary

Problems solved by technology

[0002] The production monitoring of traditional pig houses mostly adopts large-scale and conceptual monitoring, and it is difficult to accurately locate the monitoring of key production areas and parts

[0003] For pig farms with larger scale, better breeding efficiency and more advanced management concepts, they often invest huge sums of money in all-round monitoring, which will result in excessive capital investment and the loss outweighs the gain

For small-scale pig farms, there is almost no monitoring, relying on manual on-site observation

Due to the uncertainty of 3-5 days before and after sow farrowing, it is necessary to monitor the site for a long time, which will cause a lot of manpower and material resources consumption and affect the breeding efficiency

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