RFID seedling management system application case

In order to facilitate the management of seedlings at the source, a large garden's seedling production base implements segmented label management of seedlings, and enters the data of each seedling into the computer in different periods (half a year or a quarter), mainly including the status, specifications, and diameter of the seedlings. Wait for data. It is convenient for the garden headquarters to know where the tree is, its growth status, specifications, diameter, etc., to achieve dynamic and remote management. Especially for the management of some valuable seedlings, the requirements are stricter.

Project bottleneck

There is no basis for the selection of seedlings, and it is difficult to distinguish the condition of seedlings based on experience alone;

Information on seedlings before and after transportation may be inconsistent;

The search for seedlings is relatively cumbersome;

It is impossible to check the status of seedlings;

  solution

Based on the on-site inspection, combined with the customer's actual work process, and based on our company's RFID technology advantages, we launched an RFID-based seedling management system. The system uses RFID electronic tags and handheld RFID reading devices as the hardware support of the system, and is used with the independently developed seedling management software to provide customers with an intelligent and highly informatized seedling management process. Mainly reflected in the following aspects:

1. Automated data collection:

In the past, seedling identification, status recording and other services that could only be performed manually have realized automatic identification due to the use of RFID technology. Further combined with the network communication information processing system to achieve real-time information update, automatic recording, automatic processing

2. Improve the accuracy of data collection

Compared with the previous manual data collection methods, the accuracy of data collection has been greatly improved.

3. Improve work efficiency in all aspects

The use of RFID technology saves a lot of time in querying, recording, and inventorying seedlings and improves work efficiency.

4. Reduce operating costs

Paperless operation, saving costs.

  System functions

Seedling registration

First, register the seedlings that need to be managed, and hang RFID electronic tags on the seedlings. The electronic tags record the status of the seedlings (date of purchase, location, diameter, height, etc.), and the tags correspond to the seedlings one-to-one.

Seedling status update

During the growth of seedlings, handheld RFID reading devices can be used to update the status of the seedlings in real time, and the update logs are recorded in real time for easy viewing.

Seedling management

When the seedlings need to be sold out of the warehouse (or moved), the seedling management system can be used to view the status of all seedlings for the customer to view. After the customer selects the seedlings, the system automatically places an order for delivery, and the on-site operator can use handheld RFID The equipment confirms the information of the seedlings. All seedlings need to be confirmed again before transportation, so as to compare with the information after transportation to prevent errors during transportation.

Seedling inventory

The handheld RFID Reader can be used to inventory the seedlings in the nursery. The inventory data is compared with the system data. When there is an error in the inventory data, the relevant personnel are notified in a timely manner for processing.

  project outcome

Reduce labor intensity and improve management efficiency. The introduction of RFID technology has reduced the number of seedling management personnel by half and doubled work efficiency;

The inventory work is convenient: the entire inventory time is shortened by 70%.

The status of the seedlings is more detailed and more realistic: the status of the seedlings is updated in real time and compared with the photos taken by the handheld device, making the response more realistic.