Fast goods search and positioning: when it is necessary to search for a certain goods, input the relevant goods information in the handset and scan the goods within a certain range. When the goods are scanned, the intelligent warehouse management system will send a prompt to facilitate the quick finding of the goods. The identification principle of surface acoustic wave tags, surface acoustic wave devices and surface acoustic wave (SAW) devices are based on piezoelectric effects and low-speed propagation acoustic waves related to surface elasticity. SAW devices are small in size, light in weight, high in working frequency and wide in relative bandwidth. Besides, they can adopt the same plane processing process as the integrated circuit process, which is simple in manufacturing, high in availability and design flexibility. Surface acoustic wave devices have a wide range of applications, such as filters in communication equipment. In RFID application, the working frequency of surface acoustic wave transponder is mainly 2.45GHz. Different enterprise sizes and product categories have different warehousing management processes and requirements, but the core part is also the warehousing operations including warehousing in and out, and the inventory control operations including warehouse transfer and inventory control.
RFID intelligent warehouse management system makes electronic labels when goods are purchased and received or finished products are warehoused. The labels are written with enterprise definition information such as purchasing unit, specification and model, and pasted on the goods to complete initialization of goods information. At the same time, a tray electronic label is installed on the tray to identify a specific tray information;
The RFID intelligent warehouse management system is used for warehousing. The forklift truck transports goods through the warehouse gate. The reader / writer installed at the warehouse gate automatically collects the RFID tag on the goods and the electronic tag on the pallet, and sends the information directly to the data center. The background realizes the binding of the goods information and the pallet, completes the warehousing scanning binding, realizes the automatic scanning and binding, and automatically completes the warehousing operation without manual intervention;
The forklift continues to transport the goods pallets to the empty shelves. The shelves are equipped with RFID electronic tags. During the process of shelving, the forklift RFID reader / writer will read the pallet tags and the rack tags, and send the information directly to the data center. The background will automatically complete the binding of the pallet information and the rack information, that is, complete the shelving operation of all goods on the pallet, and achieve accurate management to the shelves.
At present, PDA products on the market are generally equipped with Android, windows mobile, windos CE and other systems, of which the Android system is the most. SaaS multi tenant mode speeds up the upstream and downstream collaboration of the clothing industry to achieve efficient collaboration. Based on the digital transformation of SaaS mode, it enables the clothing industry to speed up the upstream and downstream collaboration, so that clothing brands can rely on the efficient supply chain efficiency to push diversified products to consumers, reduce the management cost, and solve the information island problems such as information flow, capital flow and logistics of clothing brands. The value that can be brought to enterprises by applying the multi tenancy SaaS platform in the garment industry is: following the principle of "take it and use it", SaaS multi tenant mode reduces the threshold of users. This type of handheld terminal consumes low resources, has a large secondary development space, and can better meet the needs, but needs to pay the secondary development cost.
When the RFID intelligent warehouse management system(more info) moves the warehouse, it can be directly initiated by the forklift client. The forklift will directly remove the pallet that needs to be moved. When the forklift collection system reads the cargo pallet label information, the RFID intelligent warehouse management system will automatically unbind the pallet information and the previously bound rack information. When the forklift forks the goods to the new material rack and completes the loading, the forklift reads the RFID intelligent warehouse management system system will read the new material rack information and upload it to the data center. The RFID intelligent warehouse management system will complete the binding of the new material rack and update the inventory in real time.
When the RFID intelligent warehouse management system is out of the warehouse, the forklift first takes the goods pallet off the rack. The forklift reading system reads the pallet information and sends it directly to the data center. The background system completes the verification of the outbound information. If it is correct, the rack removal operation is completed. The RFID intelligent warehouse management system automatically unbound the pallet information and the rack information; If it is incorrect, give an early warning;
After the goods are successfully unloaded, the forklift truck transports the goods through the warehouse gate. The reader / writer installed at the warehouse gate automatically collects the RFID tags and pallet tags on the goods and sends the information directly to the data center. The background data center of the RFID intelligent storage management system completes the verification of the goods tags and pallet tags. If it is correct, the warehouse out operation is completed. The RFID intelligent warehouse management system automatically updates the inventory, If it is incorrect, give an early warning.
The automatic collection of the data of each operation link, such as inventory, makes the speed and accuracy of the data of each link of warehouse management more intelligent, and is convenient for enterprises to manage the stored goods. The reading of information is not limited by the size and shape of the chip, and it is not necessary to match the fixed size of the paper and the printing quality for the reading accuracy. Moreover, RFID tags are developing towards miniaturization and diversification to be applied to different products. RFID technology identification is more accurate than traditional intelligent chips, and the identification distance is more flexible. Penetration and barrier free reading can be achieved. RFID chip tags can repeatedly add, modify, and store data internally to facilitate the updating of information. Intelligent warehouse management lies in the configuration of storage resources, accurate warehouse operation control, and the transparent transmission of real-time and effective storage data flow. The core content should include: visual warehousing management.
Click link to view more infomation of RFID intelligent warehouse management system:
http://www.oprfid.com/rfid-intelligent-warehouse-management-system-solution-scheme.html
