Cattle squeezing and hoof trimming frame

Abstract

The invention relates to a cattle squeezing and hoof trimming frame, which is special equipment for trimming cattle hoofs. The cattle squeezing and hoof trimming frame comprises a base, a frame and a reverse rotating mechanism. The base is an installation platform for the frame and the reverse rotating mechanism. The frame can rotate around the base under the drive of the reverse rotating mechanism. A door body is pivoted on the top side of the frame. A cattle neck cangue is arranged on the front side of the frame. Cattle hoof fixing clamps and auxiliary bands are respectively prearranged on the frame and are used for squeezing the cattle hoofs. The cattle squeezing and hoof trimming frame has two working positions, i.e. a vertical working position and a horizontal working position. When a cattle is squeezed, the cattle is at the vertical working position; and after the cattle is squeezed, the platform is enabled to be at the horizontal position by controlling a winch device, the cattle body is tripped and therefore diagnosis, treatment and hoof trimming operation can be conducted to the cattle hoofs.

Description

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AI Technical Summary

Benefits of technology

This technology allows for diagnosis or treatment at both ends - one end being an upper level called Verticality Station (VSS) while another end is located on top of it's own footpath – allowing cows to be placed horizontally during their medical examination process. By adjusting this system once they have been set up, these horses can now get better healthier without having them stand still.

Problems solved by technology

This patented method involves manually attaching horseshoe bars onto rails that were previously used for safety purposes during winter months when they weren'thawed from yearly production runs. However, these techniques had drawbacks such as being slow working processes due to their lengthy procedures, requiring multiple workers at different stages of diagnosis/repair work, resulting in lower overall productivity compared with other systems like automated ladders.

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