At present, the market competition is increasingly fierce, and improving production efficiency and reducing operating costs is crucial for enterprises. Warehousing and logistics management is widely used in various industries to design and establish a complete set of warehousing management processes, improve warehousing turnover rate, reduce the occupation of working capital, make frozen assets into cash, reduce the cost caused by warehouse elimination, and improve for enterprises. An important part of production efficiency. The introduction of RFID radio frequency technology will make enterprise warehouse management transparent and more efficient. The electronic label is packaged in a barcode label, attached to the package of each cargo or on the tray, and the specific information and storage location of the goods are written in the label. At the same time, when the goods enter and leave the warehouse, the details of the delivery party can be written, and fixed or handheld readers can be set up in the warehouse and each distribution pipeline to identify and monitor the circulation of goods. Second, the system process: Aluminum Seat,Aluminum Racing Seat,Aluminium Alloy Seat,Aluminum Auto Seats KAM KIU ALUMINIUM GROUP , https://www.taishankamkiu.com
First, the system design 1, the storage in the fresh before entering the warehouse, the workers first put the RFID electronic label on the box box, after the batch is boxed, the box label is attached, the tray can also be posted after the tray is finished. Upper tray mark. The packaged product is stored by the loading and unloading tool through the channel formed by the RFID reader and the antenna. The RFID device automatically acquires the quantity of the storage and records it in the system. If the label is attached, the information of each tray is written by the input port reader. The pallet label forms the order data association at the same time, and the storage location is calculated by the computer storage management information system (or the laboratories specify the storage location at the beginning), and the inventory instruction is sent to the warehouse client (or forklift vehicle) through the network system. System), the forklift is stored to the appropriate location as required. After the warehousing is completed, the system updates the inventory data and labels the location information of each batch of goods.
2. The shipper of the outbound logistics department generates the outbound order according to the invoice of the sales requirement: that is, according to the outbound priority (such as the priority outbound of the production date), the warehouse is inquired about the outbound storage position and inventory status of the goods. If there is a customer specified batch number, it will be inquired according to the specified batch number, and the warehouse cargo pick-up position and the corresponding pallet belonging goods and loading vehicles will be generated. The consignee brings out the warehouse order to the warehouse manager, and the warehouse manager checks the information to arrange the forklift driver to execute the corresponding product out of the warehouse. The forklift picks up the goods through the exit gate, and the exit gate RFID reader reads the pallet label on the pallet to obtain the outbound information, and verifies whether the product batch number and location are listed in the shipped product and the outbound order. After the storage is completed, the storage terminal prompts the library to be detailed for the administrator to confirm, and automatically updates the data to the database.
3. The staff of the library can use the handheld reader to periodically store the goods, and read the cargo label information at a close distance, and compare it with the background management system. The number, quantity and production date of the manual inventory are consistent with the background system. If it is inconsistent, the system information can be corrected on site. This library method can reduce the enterprise library time by 85%, greatly improve the work efficiency, and increase the cycle time of the library.
1. Register and install RFID tag 2, make and sell label 3, check in inspection area 4, product into warehouse 5, place in commodity partition 6, RFID warehouse logistics management system product inquiry, statistics, search 7, product delivery 8, out of stock Inspection 9, Label Recycling III. System Summary Analysis Based on RFID solution for warehousing and logistics application, RFID technology has been introduced, which has completely changed the traditional manual operation mode of warehousing and logistics, greatly improving the accuracy and timeliness of data during warehousing and logistics. Sex. The RFID tag has the unique identification feature of the ID, which fundamentally avoids the mistakes caused by the manual operation and the unnecessary loss caused by the mistakes, thereby improving the work efficiency of the enterprise, saving the cost of the enterprise and creating more profits.
Fourth, the RFID warehousing and logistics system solution has the following advantages:
1. The system has high reliability and the probability of error is much smaller than manual operation.
2. Easy flow management and real-time monitoring.
3. Improve work efficiency and reduce redundant actions such as manual recording.
4. Reduce redundant operators and reduce costs.
5. The data is saved, it is not easy to be lost, and it is easy to find and easy to traceability management.