Spiral pushing type cow feed pushing robot and feed pushing method

Abstract

The invention relates to a spiral pushing type cow feed pushing robot and a feed pushing method. The feed pushing robot comprises a traveling device and a body shell connected with the traveling device through a connecting device and is characterized in that a spiral feed pushing auger extending towards the side where cows are located is arranged in the body shell; the body shell comprises a backplate whose extension direction is consistent to the extension direction of the spiral feed pushing auger and a lateral plate fixedly connected to one side, away from the cows, of the back plate, theback plate is located on one side, close to the traveling device, of the spiral feed pushing auger, and a hydraulic motor for driving the spiral feed pushing auger to rotate is fixedly arranged on thelateral plate. The spiral pushing type cow feed pushing robot has the advantages that the body shell and the auger of the robot are simple and practical in structure and convenient in mechanical manufacturing, and large-scale industrial manufacturing can be performed; one end and the front side of the auger are open, so that mounting and maintenance are facilitated; the feed pushing efficiency isincreased greatly as compared with that traditional manual feed pushing, and the problems of excessive residual feed, feed loss, manpower consumption and labor increasing caused by the manual feed pushing can be effectively reduced.

Description

technical field [0001] The invention relates to the technical field of animal husbandry tools, in particular to a screw push type milk cow pushing robot and a pushing method. Background technique [0002] In many pastures, the spreader cannot guarantee that all the feed it puts in is close to the fence during the spreading process, and some of the feed is far away from the cowshed after being put in, which leads to the fact that the cattle cannot reach it and affect their normal eating. As a result, problems such as feed loss and reduced dry matter intake of dairy cows directly affect the economic benefits of pastures. [0003] In traditional pastures, the feed is manually pushed into the fence, which will inevitably increase the labor cost in the production process, reduce the efficiency of cattle feeding, increase the amount of labor, and cause a waste of human, material and financial resources. The slow speed can easily lead to insufficient feed intake of dairy cows, and...

AI Technical Summary

Problems solved by technology

[0002] In many pastures, the spreader cannot guarantee that all the feed it puts in is close to the fence during the spreading process, and some of the feed is far away from the cowshed after being put in, which leads to the fact that the cattle cannot reach it and affect their normal eating. As a result, problems such as feed loss and reduced dry matter intake of dairy cows directly affect the economic benefits of the pasture

[0003] In traditional pastures, the feed is manually pushed into the fence, which will inevitably increase the labor cost in the production process, reduce the efficiency of cattle feeding, increase the amount of labor, and cause a waste of human, material and financial resources. The speed is slow, which may easily lead to insufficient feed intake of dairy cows, and due to the limitations of manual operation, it is impossible to ensure timely supplementation of food for the herd, which will have a negative impact on the milk production of dairy cows

Images