Using a solid-state 3D LiDAR device, the interior of each feed bin (silo) is scanned simultaneously in high resolution at over 9,000 pixels, enabling real-time measurement of feed inventory, prediction of depletion timing, and analysis of consumption patterns. By aggregating and applying the data from each feed bin to production, sales, inventory control, and raw-material management, it boosts production efficiency and reduces labor costs.
By establishing a contactless smart auction platform, auction and consigned-cattle data that was previously managed separately at each livestock market nationwide is now operated through a central server for stronger security. Each animal's history and genetic information is provided in real time, and high-brightness LED displays present consignment details, live bidding, and winning-bid results for every animal. On-site and remote bidding via smartphone further delivers a transparent, advanced livestock auction system.
By establishing a contactless smart auction platform, auction and consigned-cattle data that was previously managed separately at each livestock market nationwide is now operated through a central server for stronger security. Each animal's history and genetic information is provided in real time, and high-brightness LED displays present consignment details, live bidding, and winning-bid results for every animal. On-site and remote bidding via smartphone further delivers a transparent, advanced livestock auction system.
Using a solid-state 3D LiDAR device, the interior of each feed bin (silo) is scanned simultaneously in high resolution at over 9,000 pixels, enabling real-time measurement of feed inventory, prediction of depletion timing, and analysis of consumption patterns. By aggregating and applying the data from each feed bin to production, sales, inventory control, and raw-material management, it boosts production efficiency and reduces labor costs.
By minimizing the surplus voltage dissipated as heat, the system reduces heat generation for low power consumption, greater durability, and a longer product lifespan, and it uses single-rank RGB LED elements with uniform color and brightness. It is a domestically produced LED display system capable of clear, ultra-high-brightness output even in direct sunlight or bright indoor spaces.
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By minimizing the surplus voltage dissipated as heat, the system reduces heat generation for low power consumption, greater durability, and a longer product lifespan, and it uses single-rank RGB LED elements with uniform color and brightness. It is a domestically produced LED display system capable of clear, ultra-high-brightness output even in direct sunlight or bright indoor spaces, ensuring it captures the attention of its target audience.
By establishing a contactless smart auction platform, auction and consigned-cattle data that was previously managed separately at each livestock market nationwide is now operated through a central server for stronger security. Each animal's history and genetic information is provided in real time, and high-brightness LED displays present consignment details, live bidding, and winning-bid results for every animal. On-site and remote bidding via smartphone further delivers a transparent, advanced livestock auction system.
Using a solid-state 3D LiDAR device, the interior of each feed bin (silo) is scanned simultaneously in high resolution at over 9,000 pixels, enabling real-time measurement of feed inventory, prediction of depletion timing, and analysis of consumption patterns. By aggregating and applying the data from each feed bin to production, sales, inventory control, and raw-material management, it boosts production efficiency and reduces labor costs.
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