02

2025-04

Intelligent automated warehouse in and out process information tracking

Real-time tracking of the entire process of goods entering and leaving an intelligent automated warehouse is a crucial aspect of modern warehouse management. It relies on advanced Warehouse Management Systems (WMS) and automation technologies. Below is an overview of the information tracking for the entire process of goods entering and leaving an intelligent automated warehouse: I. Information Tracking for the Inbound Process 1. Receiving and Inspection: o Upon arrival at the warehouse, goods undergo receiving and inspection. During this process, the WMS records detailed information about the goods, including type, quantity, specifications, and supplier. o By scanning barcodes or RFID tags on the goods, the WMS can automatically match the goods information with the inbound order, ensuring accuracy. 2. Assigning Storage Locations: The WMS assigns appropriate storage locations based on the characteristics of the goods and the warehouse layout. o Storage location assignment considers factors such as turnover rate, weight, and volume to ensure efficient and convenient storage. 3. Goods Handling and Shelving: o Intelligent handling equipment (such as AGVs and stacker cranes) transports goods from the inbound dock to the designated storage locations according to WMS instructions. o During handling, the WMS tracks the location and status of the goods in real-time, ensuring accuracy and timeliness. o Upon arrival at the designated location, the WMS confirms inbound receipt and updates the inventory database. II. Information Tracking for the Outbound Process 1. Order Processing and Picking: o When an outbound request is received, the WMS determines the goods required and their locations based on order information. The WMS generates picking instructions and sends them to intelligent handling equipment or picking personnel. 2. Goods Handling and Outbound: o Intelligent handling equipment retrieves goods from the designated locations according to WMS instructions. o During retrieval, the WMS verifies information to ensure accuracy. o After retrieval, goods are transported to the outbound dock for packaging and shipping preparation. 3. Shipping and Inventory Update: o At the outbound dock, goods are packaged, labeled, and prepared for shipment. The WMS records shipping information and updates the inventory database to ensure accuracy and timeliness. III. Implementation of Full Process Information Tracking 1. WMS Application: The WMS is the core of the entire information tracking process for goods entering and leaving an intelligent automated warehouse. It records, tracks, and updates goods information and status in real-time. The WMS can also integrate with other enterprise management systems (such as ERP systems) to share and coordinate information. 2. Application of Automation Technology: o Automated identification technologies (such as barcodes, QR codes, and RFID) play a significant role in the inbound, outbound, and handling processes. o By scanning identification tags on goods, the WMS can quickly and accurately obtain goods information and status. o The application of intelligent handling equipment (such as AGVs and stacker cranes) automates goods handling and shelving, improving efficiency and accuracy. 3. Monitoring and Management: o The monitoring and management system monitors and manages the operation of the intelligent automated warehouse in real-time. o Through the monitoring and management system, potential problems and malfunctions can be identified and resolved promptly, ensuring stable operation. Real-time tracking of the entire process of goods entering and leaving an intelligent automated warehouse relies on the application of WMS and automation technologies. By recording, tracking, and updating goods information and status in real-time, the accuracy and efficiency of the inbound and outbound processes are ensured. The application of monitoring and management systems also provides strong support for the stable operation of the intelligent automated warehouse.

2025-04-02

02

2025-04

Medium-sized shelf height limit analysis

Medium-sized racking does have height limitations. These limitations are typically influenced by several factors, including the material and structure of the racking, the load capacity per layer, and the actual conditions of the warehouse. A detailed analysis of the height limitations of medium-sized racking is provided below: I. Height Range of Medium-Sized Racking 1. General Height: The height of medium-sized racking is generally within 3 meters. This is based on considerations of the stability and safety of the racking, and the convenience of manual access to goods. 2. Special Cases: Under certain specific circumstances, such as limited warehouse space or the need to improve storage efficiency, the height of medium-sized racking may be appropriately increased, but it generally should not exceed a reasonable upper limit to ensure the stability and safety of the racking. II. Factors Affecting the Height of Medium-Sized Racking 1. Racking Material and Structure: The material and structure of the racking directly affect its height. High-quality materials and a reasonable structural design can improve the load-bearing capacity and stability of the racking, thus allowing for a greater height. 2. Load Capacity per Layer: The load capacity per layer of medium-sized racking is also an important factor affecting its height. If the load capacity per layer is large, the height of the racking may need to be reduced to maintain stability. 3. Actual Warehouse Conditions: The height of the warehouse, the spatial layout, and the ground load-bearing capacity will also affect the height of the medium-sized racking. For example, if the warehouse height is limited, the height of the racking needs to be reduced accordingly; if the ground load-bearing capacity is insufficient, the height of the racking also needs to be reduced to lessen the pressure on the ground. III. Considerations for Height Limitations of Medium-Sized Racking 1. Stability and Safety: The height of the racking must be within its stability and safety limits. Excessively high racking may lead to instability or collapse, resulting in serious safety accidents. 2. Convenience of Manual Access: Medium-sized racking usually relies primarily on manual access. Therefore, the height of the racking needs to consider the convenience of manual access to goods. If the racking is too high, manual access to goods will become difficult and unsafe. 3. Warehouse Space Utilization: Provided that stability and safety requirements are met, appropriately increasing the height of the racking can improve the utilization of warehouse space. However, excessively high racking may lead to operational inconvenience and safety hazards, so a trade-off is necessary. The height limitations of medium-sized racking exist and are influenced by multiple factors. When selecting and designing medium-sized racking, factors such as the material, structure, load capacity per layer, and the actual conditions of the warehouse must be considered comprehensively to ensure the stability and safety of the racking and improve the utilization of warehouse space.

2025-04-02