Design Of Intelligent Warehouse Management System Based On Rfid Technology

By Author: Peter
Total Articles: 5
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1. RFID System realization function

RFID Inlay Multi storage location deployment: the deployment method adopts the way of placing the high-frequency RFID branch in the center of the storage location and extending the high-frequency RFID antenna outward, which can realize the simultaneous monitoring of multiple storage locations.

Warehousing function: the goods in each storage location can be warehoused at any time. Enter the name, origin, production date, shelf life and other information of the goods through the mobile app. When the goods are warehoused, the user can clear the information on the app. After clearing, the storage location is idle.

Inventory counting function: the client can view the idle status and location of the storage space in real time.

One click warehousing function: the system interactive interface adopts a unified and concise layout style to quickly carry out relevant business operations. The warehousing information entered by the operator for a long time can be filled in with one ...
... click to improve work efficiency.

App query function: users can write the name, production date, place of origin and shelf life of all stored goods through the mobile app. The mobile app can view the shelf life of all stored agricultural products in real time, so as to take measures to reduce losses.

2. Overall design of the RFID system

2.1 RFID device perception layer

RFID solution Design of high-frequency RFID splitter and high-frequency RFID antenna node: simulate the storage location of goods through each high-frequency RFID antenna node, obtain the goods information in Mifare S50 card through the high-frequency RFID read-write module, and send the goods information obtained by each node to the high-frequency RFID splitter through the RF antenna. In order to achieve the above functions, Keil µ vision4 embedded development environment is adopted, and STC12C5A60S2 single chip microcomputer is used as the main control chip, Write the RF time-sharing reading and writing program to read and write the cargo information on each high-frequency RFID antenna node.

2.2 RFID network transport layer

Design of WiFi wireless communication module: upload the cargo information obtained by the high-frequency RFID branch to the mobile phone through the WiFi wireless network to realize the remote interaction of data.

2.3 RFID Application Management

RFID application Design of Android client: as the display end and interactive end, Android client designs the goods management interface and shelf management page to manage goods and storage spaces respectively, and uses Android studio Android development environment to develop goods warehousing, inventory, query and other functions.

OPRFID Technology Online Website:

http://www.oprfid.com/uhf-metal-tag.html

opprfid.en.alibaba.com

More RFID Technology Articles:

http://oprfid.parsiblog.com/

https://mug.vn/read-blog/28200

https://wo.barataa.com/read-blog/16014

https://www.tadalive.com/blog/2337/it-is-difficult-for-rfid-to-replace-bar-code/

https://click4r.com/posts/g/4406014/how-rfid-tags-work

https://bruinsextra.com/blogs/488710/How-to-Tag-Metal-Objects-with-RFID-Tags

https://forum.ioh.pl/viewtopic.php?p=576241#576241

http://www.echoloft.com/cgi-bin/buysell2/YaBB.pl?board=hifi&action=display&num=1656312373&start=0

https://gratisforums.com/forumpgsport/viewtopic.php?p=2889

https://oprfidtag.tumblr.com/post/687926857821274112/warehouse-logistics-management-system-based-on