A bird unloading device with a stable hook

Abstract

The invention discloses a poultry unloading device with a stable hook. The poultry unloading device comprises a conveying chain, a long-pole hook, an anti-swing chain, a guide pole and a poultry unloading assembly. The upper end of the long-pole hook is rotationally installed on the conveying chain. The anti-swing chain is installed below the conveying chain and synchronously moves along with the conveying chain, the guide pole is installed on the same side of the conveying chain and the anti-swing chain, a clamping gap just allowing a long pole of the long-pole hook to pass through is reserved between the guide pole and the anti-swing chain, when the long-pole hook is located in the clamping gap, the long pole of the long-pole hook is clamped in the sunken position of the anti-swing chain, the poultry unloading assembly is installed below the long-pole hook and provided with an upward inclined surface in the motion direction of the long-pole hook, the upper end of the upward inclined surface is higher than a hook of the long-pole hook, and the lower end of the upward inclined surface is lower than the hook of the long-pole hook. By the adoption of the poultry unloading device, the long-pole hook can be effectively prevented from inclining in the poultry unloading process, and the poultry unloading device can be installed in the straight line position or the corner position of a production line.

Description

technical field [0001] The invention relates to a poultry unloading device with a stable hook. Background technique [0002] On the existing poultry slaughtering production line, the poultry to be processed or processed is often unloaded by unloading the poultry assembly, and the poultry unloading assembly generally realizes unloading the poultry by squeezing the poultry to separate the poultry from the hook. However, the upper end of the hook is often only hung on the conveyor chain, and the lower end has no support. Therefore, when the poultry is squeezed by the unloading component, it will stop or slow down, causing the hook to tilt and prone to the problem of unsuccessful unloading of the poultry. At the same time, traditional poultry unloading components can only unload poultry at corners, but cannot unload poultry at straight positions, which greatly limits the flexible layout of the production line and makes it difficult to achieve larger-scale processing and producti...

AI Technical Summary

Problems solved by technology

However, the upper end of the hook is often only hung on the conveyor chain, and the lower end has no support. Therefore, when the poultry is squeezed by the unloading unit, the poultry will stop or slow down, causing the hook to tilt and prone to the problem of unsuccessful unloading.

At the same time, the traditional poultry unloading module can only unload poultry at the corner, and cannot unload poultry in a straight line, which greatly limits the flexible layout of the production line and makes it difficult to achieve larger-scale processing and production

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