As the pioneer of deep learning technology in the sorting industry, AMD's deep learning products have been widely praised by customers and media in the past year, and 500+ sets of equipment have been applied to the complex sorting and processing of more than 100 kinds of materials.
What is the secret to making AMD's deep learning products popular with customers in just one year?
Well, with the upgrading of terminal consumption, forward-looking processing enterprises gradually realize that traditional sorting equipment can no longer meet the requirements of refined production. AMD deep learning series sorting equipment is mainly designed to meet users' pursuit of higher sorting purity, more sorting materials, and more intelligent sorting experience.
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Kunpeng Series Products made an appearance at the 105th National Sugar and Wine Fair.
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Compared with traditional sorting equipment, what are the main advantages of Zhongke AMD's deep learning sorting equipment?
Based on more than 20 years of user research and data accumulation in the sorting industry, a world-leading technical team from AMD has applied 12 core technologies to the Kunpeng series of deep learning sorting equipment. Let's find out what are the specifics.
1. Fusion modeling technology
Based on the accumulation of professional, multi-level, multi-characteristic massive data processing, the "Kunpeng Model" is used to realize the image recognition task of complex classification.
2. Kunpeng Smart Collection Self-Learning System
The industry pioneered that the system can intelligently expand and eliminate sample data by marking the characteristics, morphology, correlation, and non-correlation characteristics of biological samples.
3. Deep Learning Algorithms
Multi-dimensional feature learning includes color, shape, texture, area, weight, soft and hard, etc., continuous perception, improvement, and data iteration to improve the sorting effect.
4. S-level professional vision system
Customized ultra-high light-transmitting lenses, multi-frame synthesis noise reduction, and true color restoration, make the identification of extremely subtle color differences such as dark light and dark colors more accurate.
5. Intelligently controlled dimming system
High brightness, high light transmittance light source, intelligent control system can intelligently match material selection requirements and changes in the environment, and the penetration ability of dark light and dark light absorbing parts is all improved.
6. Centroid 3.0 Algorithm
According to the material running track, attitude, spatial position, speed, three-dimensional force center, edge characteristics and other information to match the best strike method.
7. Zhongke Data Cloud
Zhongke's open mass sorting application database, cloud interactive storage, and extensive material solutions are exclusively created for you to share the convenience and value of the big data era.
8. Remote intelligent interconnection
Real-time online Zhongke cloud platform, remote interconnection, integrates functions such as control, maintenance, early warning, upgrade, operation and maintenance data, and intelligent online inspection.
9. Kunpeng dual-core dual-engine
The Dgs chip works in coordination with ARM, and the dual-core + dual-intelligent engine improves the operational efficiency geometrically.
10. Flexible protection
Zhongke pioneered flexible spray valve quality control technology and whole-process anti-breakage design, designed for the characteristics of fragile, fragile and fragile materials, so that the finished product is better and the loss is zero.
11. Intelligent protection track
High-speed guide track design + anchoring adjustment technology + uniform speed tracking technology + intelligent early warning technology + double-layer all-steel end, belt speed is increased, and output is greatly increased by 30%. The design is more stable and the use is more worry-free.
12. Forward-looking design
Light cutting angle design + far-sighted structure + three-dimensional soul ring wind net can meet the needs of harsh sorting conditions such as high dust, high impurity, and oversized materials.
After reading these 12 technologies, you may ask what are the specific applications of
AMD's deep learning series color sorters?
The answer is that the AMD deep learning color sorter can be widely used in the sorting and processing of beans, peanuts, seeds, seafood, condiments, preserved fruits, cereals, dehydrated vegetables, quick-frozen fruits and other industries. To read more machine information, please visit AMD Belt-type Color Sorter.