From tedious to simple, from artificial to intelligent—— Automatic stereo library
With the continuous maturity of automation technology and the fierce competition in the market, storage equipment has also undergone great changes. It has changed from being economical and practical at the beginning of Z to being practical and beautiful, saving manpower, material resources and financial resources, and greatly improving work efficiency. It also meets people's requirements for speed, accuracy, height, weight, repeated access and handling.
The current storage equipment has gone from the original tradition to the trend, from the cumbersome to the simple, and also to the future artificial intelligence. It is the "magic weapon" - automation necessary for modern logistics Stereoscopic library 。
1、 Introduction to automated stereoscopic library
The automated stereoscopic warehouse refers to a system that automatically completes the storage and retrieval of goods without direct manual processing. It takes the high-rise stereoscopic shelf as the main body, and the complete set of handling equipment as the basis. It consists of stereoscopic shelf, rail lane stacker, inbound and outbound tray conveyor system, size detection, bar code reading system, communication system, automatic control system Composed of computer monitoring system, computer management system and other auxiliary equipment such as pallet, regulating platform, steel structure platform, WMS system (intelligent storage management system) and WCS system (intelligent storage control system) have been developed, integrating robot system, roadway stacker system, high rack, conveying system and other foreword technologies. It has manual, automatic and online operation modes, complete system alarm function, system network diagnosis function, system monitoring function, system safety protection function and system anti-interference function, providing customers with advanced and flexible electric control solutions.
2、 Working principle of automated stereo library
Goods warehousing is carried out on the warehousing platform. The handling equipment will deliver the goods to the pallet at the warehousing platform, and the warehousing process will be completed automatically after the goods brand is confirmed manually. The conveyor line will automatically send the pallet to the end of the shelf, and the stacker will send the goods to the storage space pre allocated by the master computer for storage.
3、 Equipment control system
There are four kinds of control modes of automated stereoscopic library: manual control, random automatic control, remote automatic control and computer automatic control.
The following figure is independently designed and developed by our company. The system is applied to warehouse management, coordinating the operation of various logistics equipment such as conveyors, stackers, shuttle cars, robots, automatic guided trolleys and other logistics equipment. The C/S architecture is adopted, and the task engine and message engine are mainly used to optimize the decomposition of tasks and analyze the execution path, Provide execution guarantee and optimization for the scheduling instructions of the upper system, and realize the integration, unified scheduling and monitoring of various equipment system interfaces.
4、 Several effects of automated stereoscopic library
Realize the information automation and refined management of the warehouse, guide and standardize the daily operations of warehouse personnel, improve warehouse management, integrate warehouse resources, and bring the following value to the enterprise:
☆ Realize digital management, and real-time query and monitoring can be achieved for daily warehouse management business such as warehouse in/out and material inventory;
☆ Improve the utilization efficiency of warehouse locations;
☆ Reduce the dependence on the experience of operators, and change to standardize the operation process with the information system, and provide operation instructions with the information system;
☆ Achieve the performance appraisal of on-site operators;
☆ Reduce labor intensity of operators;
☆ Reduce the inventory of storage SKU;
☆ Improve the operation efficiency of warehousing;
☆ Reduce the execution equipment in the warehouse;
☆ Improve order accuracy;
☆ Improve the order fulfillment rate;
☆ Improve the flexibility of warehouse operations.
