With the transformation and upgrading of industry, the replacement of manual labor by machines has become an important trend, and A** (Automated Guided Vehicle) has been more and more used in warehousing, logistics, power and other industries. Traditional production workshops rely on a large number of manual loading and unloading of goods, which is costly and inefficient, and now automated guided vehicles (a**) have become the mainstream, which not only significantly reduces costs and improves efficiency, but also promotes the comprehensive intelligence and automation upgrade of the production system. In the production and warehousing scenario, a large number of A** is put into use, because the movement of A** will not be gathered in a large number of an area, according to the scheduling management instructions of A** will be through the wireless network, high-frequency transmission of location, movement speed and direction and other information. Therefore, it is particularly important to deploy a set of highly reliable, low-latency, and fast-roaming wireless networks in scenarios such as warehousing and logistics, and production workshops.
Smart warehousing
Relying on advanced technologies such as computer vision, radar navigation, and electronic tags, intelligent warehousing has built an intelligent logistics system, which can realize efficient detection, recognition and target capture of objects. At the same time, through real-time picking and information transmission, intelligent warehousing has been widely used in business scenarios such as automated guided vehicles (a**) and unmanned forklifts.
Production workshop
In the handling operations of the production workshop, from the handling of heavy objects carrying more than 400kg to the handling of items as small as 20kg, more and more digital transformation manufacturing enterprises will use A** trolleys to achieve the purpose of reducing manpower investment and bringing efficiency benefits.
High reliability: The industrial environment of the workshop is complex, and the interference of large motors, dust, and high temperature all require wireless transmission with high reliability, and once the handling equipment is disconnected and stops running, it will lead to the stagnation of the production line.
Extremely fast roaming: In large workshops, shuttles and handling robots quickly move in the workshop and factory, switching back and forth between multiple wireless base stations, and the switching process needs to be quickly roaming and switching.
Low latency: The handling robot runs fast and interacts with real-time data between the control system, and the control command must respond in real time.
The A** architecture is mainly composed of an intelligent dispatching system, a wireless network, a vehicle-mounted wireless roaming client, and a ** car. The wireless communication networking system should have a large bandwidth, support real-time two-way communication, and be able to carry such as high-definition, robot vehicle operation data, sensor data, voice and other network services.
Hangzhou Aoborui optical communication through the vehicle wireless roaming client and industrial wireless AP, to achieve the car and the management platform and the controller between the data exchange, continue to transmit the real-time status data and data of the car to the control center, the control center after analysis and processing, to achieve the management control and operation and maintenance monitoring of the car car, the perfect solution to the car in the process of moving for stable wireless communication network coverage and fast roaming switching between AP needs, It ensures its efficient and stable work.
The wireless communication system of Hangzhou Aobo Ruiguang is composed of industrial wireless AP and vehicle wireless roaming client (AOBO AL321), the industrial wireless AP is installed and deployed in different areas of the warehouse and production workshop to achieve full coverage of the wireless signal, and the wireless roaming client is installed in the A** car, through the dual-link roaming mechanism, the optimal wireless pre-connection is placed in the backup link, and the main link is used for data transmission, which will not generate additional delay. Dual-link seamless roaming technology enables the A** car to intelligently select and quickly switch to the best quality industrial wireless AP according to the distance between the current position and the target location during driving, so as to ensure the reliable communication between the monitoring center and the A** vehicle in the field movement, and realize the automation, intelligence and efficiency of warehousing operations, so as to improve the efficiency of warehouse management and reduce operating costs, provide users with more reliable, stable and low-latency network services, and create greater value for enterprises.
The product adopts industrial-grade wide temperature design, the product meets the characteristics of high reliability and stability, and the IP protection meets the requirements of moisture-proof, dust-proof and vibration-proof in the workshop and warehouse environment of A** operation; Excellent EMC protection capabilities.
The Aobrai Optical vehicle wireless roaming client adopts an enhanced dual-link roaming mechanism, which scans and places the backup link in the backup link, the main link is transmitted, and after the roaming is triggered, the standby link will be converted to the communication link, which greatly reduces the time for finding a suitable link and doing link association in the roaming process, realizes seamless and fast roaming, effectively guarantees the real-time data transmission, and improves the reliability of wireless network communication.
The self-developed firmware system prevents the device from working in extreme conditions and ensures the stable operation of the device for a long time. Plus firmware backup mechanism.
With a wealth of project application cases and experience in R&D, design, production and service of industrial network products, Aobo Ruiguang provides one-to-one pre-sales program docking, perfect after-sales service system, and 7*24-hour on-site support.
AOBO AL321 Industrial-grade dual 5G wireless A** dedicated client
Support 80211A N AC standard and 2x2 spatial stream, the maximum transmission rate can reach 17gbps
Support 1 x 10 100 1000 Mbps network port.
Enhanced dual-link seamless roaming technology effectively improves the reliability of wireless network communication.
IP41 degree of protection.
Convenient installation size, support card rail, wall mounting, bracket and other installation methods.
It supports a wide voltage input and supports a voltage range of 12V 48VDC.
AOBO AP622 Industrial-grade WiFi6 Outdoor Wireless Base Station
Outdoor WIFI6 dual-band industrial wireless AP bridge, long coverage distance, strong anti-interference ability.
IEEE 802 is supported11A B G N AC AX with a maximum transmission rate of up to 24gbps
Wired port support 25Gbps to avoid system bottlenecks caused by Gigabit wired ports.
Supports MU-MIMO technology to send data to multiple final tests at the same time.
Smart 802The 11kVR algorithm automatically optimizes the client's connection based on the quality of the network, and the client switches between access points in milliseconds.
Operating temperature -40 75
IP67 protection level and industrial-grade design, the equipment is rugged and suitable for industrial environments.