On October 19, 2017, AICRobo's industrial robots for the first time carried out field tests at a Shenzhen factory of a well-known electronic professional manufacturer. After a rigorous "examination", AICRobo's industrial robots successfully passed the clearance and won high recognition from their partners. A satisfactory answer sheet for "removal and delivery are all on the line".
It is reported that this is another new breakthrough after the AICRobo storage picking robot successfully tested in the giant e-commerce giant warehouse in September 2017. After field tests, AICRobo's industrial robots have added innovative "moving" applications based on the original autonomous transport robots, and have completed autonomous transport functions such as laser radar + inertial navigation combination and other robotic mobile technologies. Not only can it quickly and easily be integrated into the existing workshop management system, but also it can make the handling process easier, meet the needs of the enterprise's smart factory upgrade, and greatly increase the productivity of the workshop.
In the previous period of demand communication, the person in charge of the factory proposed the requirements for opening the two key links of cargo handling and transportation in accordance with the application status of its workshop materials management, hoping to really improve the transportation efficiency. AICRobo engineers conducted many researches and analysis of the field application scenarios for this purpose, combined with AICRobo's core autonomous mobile technology, based on autonomous transport robots, according to the characteristics of the factory's workshop materials, targeted development of " "Autonomous handling" of the technical solutions and field testing soon.
According to the situation on the site, AICRobo's industrial robots are set in accordance with the procedures of production management engineers to carry out the handling of multiple material storage areas and production areas. When the robot arrives at the material storage area and finds its own product, the secondary positioning mark set in front of the shelf in the storage area can help the robot to find the shelf to be moved more accurately, and then the robot carries the materials together with the shelf to the production area. The production personnel only It is necessary to wait for the arrival of shelves in the production area until the robot has settled the shelves and removed the materials. After the material is taken, the robot will carry the shelves to the designated area. In the process of AICRobo's industrial robot handling, AICRobo's advanced autonomous mobile technology has successfully implemented various types of obstacle avoidance such as transparent barriers, reflective barriers, overhead obstacles, and low barriers.
The addition of AICRobo's industrial self-contained handling robots has made transport links easier, greatly reducing labor costs and improving workshop productivity. In addition, the program basically does not need to transform the existing environment of the workshop, and the special input costs of the demand side are relatively controllable, which gives full play to the advantages of the flexible industrial autonomous handling scheme, making the AICRobo industrial autonomous transfer robot more convenient to meet various industrial automation upgrades. Application required.
It is understood that AICRobo, a leading technology company for robot autonomous mobile solutions, uses the entire software and hardware architecture to subvert the robot's maximum degree of autonomous mobility. It uses robotic algorithms, software engineering, embedded hardware, and electronic hardware. Integrated architecture design. Under specific tasks, no lead or two-dimensional codes are needed to guide, and space movement can be performed with a high degree of autonomy, thus forming a unique advantage in the industry. Each component can be selected and configured, with accurate monitoring and rapid repair. The controllability is high, and the optimal solution can be selected according to the requirements.
In addition, the AICANS robot intelligent mobile system independently developed by AICRobo has successfully realized the unique environment construction, real-time positioning, intelligent obstacle avoidance, path planning, intelligent follow-up, and autonomous recharging of autonomous mobile robots; The mainstream sensors seamlessly interface and provide a secondary development interface. The 1.0 version was launched at the end of 2016. After six months, it was optimized again. In July 2017, version 2.0 was introduced.
Specifically, the "environmental construction" function can successfully construct a designated area map in a very short time, and the operator can also perform personalized editing on the constructed map, and set operations such as stop points and restricted areas; When the AICRobo robot at work suddenly encounters a moving obstacle, the robot will cooperate with various sensors (such as laser radar, ultrasound, depth camera, etc.) according to the “smart obstacle avoidance†function to predict the path of the moving obstacle, ingeniously and flexibly. Avoid obstacles. It is reported that even if it is floating obstacles or transparent barriers in glass, the robot can intelligently adjust and easily avoid obstacles to reach its destination; “Autonomous Recharging†function allows the robot to automatically return to the charging pile for charging in a low battery state. , reduce the user's management costs.
At present, AICRobo robot testing is progressing smoothly in the Shenzhen factory of a well-known electronic professional manufacturer or in the measurement of well-known e-commerce warehouses. Each time the actual test has achieved outstanding results. On the one hand, it is beneficial to cooperate with benchmark customers. A good foundation, on the other hand, provides excellent competitiveness for maintaining its leading development.
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