Detect abnormal sounds during meat sliding to prevent the mixing of hard bones!
This document introduces examples of measurement systems that determine the presence of hard bone contamination in meat products. Many meat processing centers conduct full inspections using soft X-rays to check for bone fragments in meat. However, if bone fragments are embedded within fat, they cannot be distinguished. Our analysis shows that when bone fragments are sliced by a meat slicer, there is a change in a specific frequency range (sound/vibration). By attaching a vibration sensor to the bearing part of the rotating blade, we can capture this slight change in vibration and determine the presence or absence of bone fragments through FFT 1/3 octave analysis. [Contents] ■ Overview ■ Examples of hard bone contamination detection in meat ■ Example configuration of hard bone contamination detection systems in meat *For more details, please refer to the PDF document or feel free to contact us.
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As automation progresses in production equipment abnormalities and product inspections, "visual" judgments using X-rays and images are generally well-known. However, the "sensory inspection" methods, which involve auditory and tactile assessments traditionally performed by skilled technicians—specifically judgments based on "sound and vibration"—seem to be less recognized. At Elmech, which has over 40 years of experience in the automation and development of sensory inspection systems based on "sound and vibration," we offer measurement and judgment systems capable of addressing various cases, utilizing analytical know-how built on extensive experience and years of technology.
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"DAOS" is a software that is well-suited for the analysis of noise and vibration, providing detailed reports on trends, histograms, and other analysis results, while beautifully visualizing the analytical data. It allows for the visualization of analysis results from multiple files, making it easy to distinguish between good and defective products at a glance. Time series data octave analysis and various waveform indicator analyses can be performed easily and quickly. Once the settings are configured, efficient analysis can be conducted simply by selecting files thereafter.
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If you have any issues such as abnormal noise determination, please feel free to contact our free consultation desk. Our sound and vibration experts with over 40 years of experience will assist you in solving your challenges.
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It has been 40 years since the development of the world's first industrial measurement system using a personal computer. After many years of technological innovation, we have developed a "Deep Learning AI-based Abnormal Sound and Vibration Detection System." Additionally, we offer a unique software developed by our company called "WAVELET," which visualizes sound and vibration, along with a wide range of unique hardware and software products that assist in building systems for impact testing, product inspection, preventive maintenance, and continuous monitoring. We also accept custom orders to meet all your measurement needs beyond standard products. Please feel free to consult or inquire with us!