Pig clamping device

Abstract

The invention discloses a pig clamping device. The pig clamping device comprises a frame, a grabbing part connected with the frame and used for grabbing and lowering a dead pig, a driving part for driving the frame to advance, a positioning navigation part for detecting and identifying the dead pig and positioning the dead pig, and a control part for controlling the driving part to drive the frameto advance to the dead pig position according to identification positioning information of the positioning navigation part, and controlling the grabbing part to grab the dead pigs; and an energy storage part which is connected with the grabbing part, the driving part, the positioning navigation part and the control part and is used for supplying energy. According to the pig clamping device, deadpig carrying automation can be achieved, and the working efficiency is improved; on the other hand, the human body is prevented from making direct contact with diseased pigs and dead pigs, and virus infection is reduced.

Description

technical field [0001] The invention relates to the technical field of farming automation machinery and equipment, in particular to a pig clamping device. Background technique [0002] The current large-scale farming has made it more difficult to prevent and control epidemic diseases, and the number of sick and dead pigs handled by a single pig farm has increased. In recent years, epidemic diseases such as streptococcal suis and blue ear disease have seriously impacted and troubled the pig industry in China and the world. The risk of epidemic disease is greater than market risk, especially for large-scale farming methods, there are hidden dangers of greater disease risk . Intensive breeding of live pigs under large-scale breeding can easily lead to a decline in the physical fitness of live pigs, cross-infection of diseases, and accelerated disease transmission, thus increasing the difficulty of disease prevention and control. It is estimated that about 60 million pigs are ...

AI Technical Summary

Problems solved by technology

Based on the lowest case fatality rate of 3%, a large-scale pig farm with an annual slaughter volume of 100,000 pigs needs to deal with 3,000 sick and dead pigs every year. Pig diseases are highly contagious and will break out on a large scale in a certain period of time. , if the sick and dead pigs cannot be isolated from the live pigs in time, it will bring further economic losses

The traditional method of handling sick and dead pigs in my country is to rely on manual handling. This method of handling is time-consuming and laborious, and the handling efficiency is low. Moreover, through manual handling, the contact with sick and dead pigs is longer, and some diseases may be transmitted to a certain extent; therefore, it is necessary to improve the handling efficiency. , reduce unnecessary losses

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