The 12 teams that eventually entered the finals conducted robot design and on-site challenges for commodity selection and palletizing scenarios in a real warehouse environment, presenting more possibilities for logistics intelligence in the future. Advanced Intelligent Technology Applied by Participants It is reported that this round of the finals centered on the central part of the smart logistics - the robotization of palletizing and sorting of two operations in unmanned warehouses. Among them, the 9 teams selected the picking task and the robot removed the specified goods from the shelves and put it into the venue. The other end of the bin; Three teams perform palletizing operations, and the robot picks out different colored products from the scattered commodities and neatly puts them into narrow designated bins. The reporter of the first logistics, all-media and modern logistics newspaper, observed on the scene and found that domestic students have advanced the mastery of intelligent robot technology, especially logistics intelligence technology. For example, many teams use sensor redundant positioning to achieve centimeter-level positioning accuracy, allowing more accurate placement of goods in place; using OpenCV's color and shape recognition system to create a three-dimensional spatial field of view, allowing intelligent robots to be used in unmanned warehouses Traveling by obstacles; using negative pressure sucker grippers to greatly increase the efficiency of picking up merchandise crates; using McNarum's wheel to realize omni-directional translation and in situ rotating mechanical structures, making robots move more dexterously and conveniently; April Tags Auxiliary positioning eliminates errors in robot motion determination; 8x8 array Tactile touch sensors that support ROS, initially achieve flexible gripping, reducing damage to cargo during robot operation... The 58MM mini embedded thermal receipt printer has a small appearance and is generally installed in self-service terminal equipment to support the secondary development of major systems. There are two types of manual tearing and automatic cutting. It is also suitable for various terminal equipment, such as medical testing equipment, intelligent classification equipment, industrial testing equipment, intelligent vehicle-mounted printing list equipment, etc. At the same time, it also supports the secondary development of MCU, Android, Raspberry Pi, windows and other systems. 58Mm Embedded Bill Printer,58Mm With Automatic Paper Cutting Printer,58Mm Receipt Printer,58Mm Embedded Label Printer Shenzhen Geyi Technology Co., Ltd. , https://www.gy-printer.cn
Jingdong X Robot Challenge Highlights Here is the next step more attention to storage intelligence?
: On March 25th, with the Dripping Team of Beijing University of Posts and Telecommunications lifting the championship trophy, the Jingdong 2017 JRC X Robotics Challenge finals officially hosted by Jingdong X Division officially came to an end.