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自动化分拣机器人大大提升了快递行业的工作效率

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  基于快递物流客户高效、准确的分拣需求,自动化分拣机器人系统应运而生。通过分拣机器人系统与工业相机的快速读码及智能分拣系统相结合,可实现包裹称重/读码后的快速分拣及信息记录交互等工作。
  Based on the needs of express logistics customers for efficient and accurate sorting, automatic sorting robot system came into being. By combining the sorting robot system with the rapid code reading and intelligent sorting system of industrial camera, the rapid sorting and information recording interaction of parcel weighing / reading can be realized.
  自动化分拣机器人的作业流程
  Operation flow of automatic sorting robot
  揽件:
  Package:
  包裹到达分拣中心后,卸货至皮带机,由工作人员控制供件节奏,包裹经皮带机输送至二楼的拣货区工位。
  After arriving at the sorting center, the parcels are unloaded to the belt conveyor, and the feeding rhythm is controlled by the staff. The parcels are transported to the picking area station on the second floor through the belt conveyor.
  放件:
  To place the parts:
  工人只需将包裹以面单朝上的方向放置在排队等候的自动分拣机器人上,机器人搬运包裹过龙门架进行面单扫描以读取订单信息,同时机器人可自动完成包裹称重,该包裹的信息将直接显示并上传到控制系统中。
  The workers only need to place the parcel on the automatic sorting robot waiting in line with the surface sheet upward. The robot carries the parcel through the gantry and scans the surface sheet to read the order information. At the same time, the robot can automatically complete the package weighing, and the package information will be directly displayed and transmitted to the control system.
  分拣:
  Sorting:
  所有分拣机器人均有后台管理系统控制和调度,并根据算法优化为每个机器人安排最优路径进行包裹投递。Geek+的S系列分拣机器人在分拣作业过程中可完成互相避让、自动避障等功能,系统根据实时的道路运行状况尽可能得使机器人避开拥堵。当机器人运行至目的地格口时,停止运行并通过机器人上方的辊道将包裹推入格口,包裹顺着滑道落入一楼集包区域。目的地格口按照城市设置。未来随着业务量的增加,可灵活调度调节格口数量,甚至一个城市分布多个格口。
  All the sorting robots are controlled and scheduled by the background management system, and the optimal path is arranged for each robot for parcel delivery according to the algorithm optimization. Geek + S-Series sorting robots can avoid each other and automatically avoid obstacles in the process of sorting. The system can avoid congestion as much as possible according to the real-time road operation conditions. When the robot runs to the destination grid, it stops running and pushes the package into the opening through the roller table above the robot. The package falls into the first floor collection area along the slide. The destination grid is set according to the city. In the future, with the increase of business volume, the number of grid outlets can be adjusted flexibly, and even multiple outlets can be distributed in a city.
  集包装车:
  Packaging truck:
  集包工人打包完毕后,将包裹放上传送带,完成包裹的自动装车。
  After the packer finishes packing, the package will be put onto the conveyor belt to complete the automatic loading of the package.
  与快递行业的交叉带分拣机相比,分拣机器人系统作为新型自动分拣技术,最高可实现高达15000件/小时的拣选效率,并且在系统灵活性、易扩展性等方面更具优势,具体表现如下:
  Compared with the cross belt sorter in express delivery industry, the sorting robot system, as a new automatic sorting technology, can achieve a sorting efficiency of up to 15000 pieces / h, and has more advantages in system flexibility and scalability. The specific performance is as follows:
  ★落地式分拣系统具有更加灵活、更加标准化的特性:
  The floor type sorting system is more flexible and standardized
  ★降低部署实施的难度,减少工程量以及成本。
  Reduce the difficulty of deployment and implementation, reduce the amount of work and cost.
  ★标准化程度高,施工周期短,20天即可以完成系统上线。
  With high standardization and short construction period, the system can be put online in 20 days.
  ★灵活的布局和应用,尽可能减少场地的改造。
  Flexible layout and application, as far as possible to reduce the transformation of the site.
  ★既可作为人工分拣的自动化提升,也可做为全自动化分拣系统实施。
  It can not only be used as an automatic upgrade of manual sorting, but also can be implemented as a fully automated sorting system.
  分拣机器人系统可大量减少分拣过程中的人工需求,提高分拣效率及自动化程度,并大幅度提高分拣准确率。随着大数据算法的日趋完善化、快递邮件信息逐步标准化、智能控制系统集成化,自动化分拣机器人系统已成为物流业由劳动密集型产业向批量智能化转型高度契合的产物。
  The sorting robot system can greatly reduce the manual demand in the sorting process, improve the sorting efficiency and automation, and greatly improve the sorting accuracy. With the improvement of big data algorithm, the standardization of express mail information and the integration of intelligent control system, the automatic sorting robot system has become the product of the transformation from labor-intensive industry to batch intelligent logistics industry.