Singapore company launches RFID electronic tags to verify the authenticity of jewelry

Singapore company launches RFID electronic tags to verify the authenticity of Jewelry

Experloop, a technology company founded by a jeweler, provides a new, safe and convenient way for jewelry authentication and identification through RFID technology. Michael Koh, founder of Experloop, has launched a patent-pending micro RFID electronic tag. This RFID tag is so small that it can be permanently embedded in precious wearable devices such as rings, necklaces and watches, and its exquisite appearance complements jewelry.

The chip is 2 mm in diameter, made of gold, and can be embedded in jewelry. The chip equipped with a touch sensor is only activated when the user touches it, protecting privacy, and records the authentication and ownership information of the jewelry. The data is Stored in the cloud, recording the authentication, ownership and related information of the jewelry, and authorization is required for access. The chip can be used by jewelers or owners to confirm the authenticity of the jewelry, and it can also help identify the owner when it is lost.

Jewelers can use RFID Readers to easily confirm the authenticity of products brought into the store; insurance companies can more accurately assess the value of jewelry; and jewelry owners can view and prove the authentication and ownership information of their jewelry at any time.

RFID tags are installed on trash cans, and Ningbo's digital collection and transportation of domestic waste is upgraded again

The upgrade of digital supervision technology makes garbage collection and transportation faster and the amount of garbage is more accurate. This year, the Housing and Urban-Rural Development Bureau of Yinzhou District, Ningbo City, installed RFID electronic tags for trash cans and on-board automatic weighing systems to address the problems of punching in, counting, and secondary pollution during garbage collection and transportation, improved unified collection points, and realized three "upgrades" of automatic identification of collection and transportation point information, automatic generation of punching in operation data, and automatic switching of collection and transportation systems.

At the scene, a long buckle piece was installed under the lid of each kitchen garbage can, and an independent RFID electronic tag was installed inside the buckle piece. When the garbage can was sent to the collection and transportation vehicle, the on-board automatic weighing system would identify the chip, automatically complete the weighing and calculation of the number of barrels, and the data would be entered into the background management system.

After the vehicle was parked, each kitchen garbage can lid was equipped with an independent RFID electronic tag at the bottom of the edge. When the garbage can was loaded on the vehicle, the on-board automatic weighing system automatically identified the RFID electronic tag on the barrel body, and completed the automatic weighing and calculation of the number of barrels.

What is more convenient is that when the garbage bins are loaded onto the vehicle, there is no need to manually count and enter the number and weight of the bins manually. Instead, the garbage bins’ RFID tags are automatically identified through the automatic weighing system of the garbage collection and transportation vehicle and directly entered into the digital collection and transportation platform system.

At present, all 16 Restaurant garbage and 15 kitchen waste collection and transportation routes in Yinzhou District have used the garbage digital collection and transportation vehicle weighing system, and the number of RFID electronic tag garbage bins installed and used is about 20,000. This work is still ongoing and is expected to be fully covered by the end of the year.