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Proactive Detection of Bones in Poultry Processing

机译：主动检测家禽加工过程中的骨头

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摘要

Bones continue to be a problem of concern for the poultry industry. Most further processed products begin with the requirement for raw material with minimal bones. The current process for generating deboned product requires systems for monitoring and inspecting the output product. The current detection systems are either people palpitating the product or X-ray systems. The current performance of these inspection techniques are below the desired levels of accuracies and are costly. We propose a technique for monitoring bones that conduct the inspection operation in the deboning the process so as to have enough time to take action to reduce the probability that bones will end up in the final product. This is accomplished by developing active cones with built in illumination to backlight the cage (skeleton) on the deboning line. If the bones of interest are still on the cage then the bones are not in the associated meat. This approach also allows for the ability to practice process control on the deboning operation to keep the process under control as opposed to the current system where the detection is done post production and does not easily present the opportunity to adjust the process. The proposed approach shows overall accuracies of about 94% for the detection of the clavicle bones.
机译：骨骼仍然是家禽业关注的问题。大多数进一步加工的产品始于对具有最少骨骼的原材料的需求。当前产生去骨产品的过程需要用于监视和检查输出产品的系统。当前的检测系统是人们对产品感到pal心或X射线系统。这些检查技术的当前性能低于所需的准确性水平，并且成本很高。我们提出了一种用于监视骨骼的技术，该技术在去骨过程中执行检查操作，以便有足够的时间采取行动以减少骨骼最终成品的可能性。这是通过开发具有内置照明的主动圆锥体来照亮去骨线上的笼子（骨架）来实现的。如果感兴趣的骨头仍在笼子上，则这些骨头不在相关的肉中。与在生产后进行检测的当前系统相反，该方法还允许对去骨操作进行过程控制以保持过程处于受控状态的能力，并且该当前系统在生产后进行检测并且不容易提供调整过程的机会。所提出的方法显示出约94％的总精度可用于检测锁骨。

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