Windshield RFID tag is an UHF RFID adhesive tag based on radio frequency identification technology installed on car windshields. It is covered with waterproof film, can be printed, and has reading and storage functions. It is convenient for identification and storage of information in areas such as vehicle entry and exit, accessibility for personnel, highway toll collection, parking lot entry and exit, and access control. It can also be applied in civil and military defense projects.

The windshield RFID tag has a movable base and a removable adhesive pad, making it easy to install.

Typical applications of RFID tags for windshield manufacturing by Joinet include vehicle entry and exit, parking lot and toll station management, traceability and anti-counterfeiting. By attaching RFID tags to the windshield of a vehicle, automatic recognition and management of the vehicle can be achieved. When a vehicle enters a certain area, the system can automatically recognize the vehicle information through RFID tags and perform real-time management and monitoring, such as recording the time and location of vehicle entry and exit, achieving automatic vehicle recognition and management, improving management efficiency and reducing labor costs.

What are the characteristics of RFID tags for ultra-high frequency windshields manufactured by Joinet?

1. Long distance precise and fast identification

It can quickly perform read and write operations within a distance of 1-15m, and UHF signals can penetrate non-metallic objects without being affected by vehicle speed.

2. Anti disassembly, anti tearing, and anti transfer

With special materials and structural design, it is waterproof, dustproof, high temperature resistant, anti-aging and other properties. At the same time, the RFID tag is tightly attached to the windshield. If it is artificially damaged, the electronic tag will be automatically destroyed, causing the RFID electronic tag to be damaged or invalid and unable to be used again.

Automobile 4S stores and second-hand car markets need to manage the entire process of inspecting, storing, maintaining, and exiting vehicles stored in warehouses. However, with the increasing number of vehicles stored in warehouses, the efficiency and real-time performance of manual document management methods can no longer meet the needs of traditional management models. Although license plate recognition is currently the main means of vehicle management, considering that new cars in 4S stores do not have license plates, RFID technology is used to solve this difficulty by using windshield labels.

1) Vehicle storage

4S stores/second-hand car markets paste and bind RFID tags after receiving the car, and during the process of driving into the warehouse after passing the inspection, RFID remote reading and writing equipment cannot stop to recognize the tags and complete the storage.

2) Vehicle inventory

The RFID handheld reader can automatically recognize RFID tags within the identification range on the car windshield to complete inventory.

3) Vehicle outbound

When the vehicle is taken out of the warehouse, it passes through an RFID reading and writing device, scans the RFID tags on the vehicle, and enters the vehicle's outbound information. Then, the relevant vehicle information is synchronized to the background, and the real-time status and inventory information of each vehicle in the warehouse are clear.

In addition to vehicle access management, applications such as vehicle monitoring, vehicle safety, and storage of vehicle information can be strengthened on this basis:

1) Vehicle monitoring: By installing GPS positioning modules and wireless communication modules on RFID tags, real-time vehicle location information can be obtained, and data can be exchanged and analyzed with the backend system.

2) Vehicle safety: By installing infrared positioning modules and radio frequency transmission modules on RFID tags, it is possible to perceive the surrounding environment of the vehicle and exchange and analyze data with the backend system.

Store basic information of the vehicle (such as license plate, color, model, etc.) and status information (such as whether it has undergone annual inspection, whether it is illegal, etc.).