16 robotic arms form a square matrix, the "Rubik's Cube Master" quickly realizes the Rubik's Cube homing, and the limited drawing is completed within 90 seconds... At the 23rd China International Industry Fair being held, the jieka robot from Minhang was particularly "eye-catching", and the audience who came to check in could not help but sigh that "human-computer interaction can still play like this". It is worth mentioning that the Jieka robot also won the "CIIF Robot Award".
It is reported that a total of 559 exhibits participated in the selection of the CIIF Award of this year's Industry Fair, and JAKA Zu s, a series of collaborative robots (JAKA Zu s) stood out and won the "CIIF Robot Award". The number of awards awarded does not exceed 10, and the jury experts selected exhibits with outstanding innovation, economic and social benefits from 104 robot exhibits, representing the high level of robot technology development.
"CIIF Robotics Award" trophy
JAKA Zu s is one of JAKA's six series of robot products, which is another innovative achievement of JAKA to expand the intelligent perception boundary of collaborative robots, realizing the robot's constant force and soft dragging and force perception and control, which can not only more accurately copy human movements, but also be more flexible when dealing with various irregular surfaces, which has been widely welcomed by the market.
According to reports, Jika Robot also brought the first exhibition of JAKA 2.5D positioning technology. Through the tag positioning technology, the Lens 2D camera can calculate the spatial position and posture of the workpiece, and can assemble the shaft hole gap of 0.5mm, and the system accuracy can reach 0.2mm in the precise positioning mode.
A robot that can play with the Rubik's Cube
Ding Cheng, the relevant person in charge of Jieka Robot, introduced that the 2.5D visual display platform uses 2D hardware plus algorithms to empower 2D camera perception and upgrading, realize dynamic estimation of spatial pose, high-precision positioning, make robot positioning operations more efficient and convenient, reduce manual workload, and make composite robot mobile operations more intelligent and accurate, broaden application scenarios, and empower enterprises to reduce costs and increase efficiency.
Reporter: Chen Meiling
Contribution: Zhuan Xiaohe
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