UHF RFID Reader,RFID Scanner,Handheld Terminal,RFID System Solution

Based on a simple RFID system , combined with existing network technology, database technology, middleware technology, etc., build a "Internet of Things" consisting of a large number of networked readers and numerous mobile tags, which are larger than Internet. ) has become a trend in the development of RFID technology. The logistics warehousing management system uses RFID technology to capture information, connects it to an open network system through wireless data communication and other technologies, and automatically identifies and tracks the information in each link of the supply chain, thereby building a huge logistics system. A highly intelligent, physical Internet that covers everything between the items on the warehouse and even between objects and people. The RFID-based Internet of Things will fundamentally change the management level of flow monitoring for all aspects of production, transportation, and warehousing within the scope of global l...

1. What are the components of RFID system? A: RFID consists of chips, antennas, readers, and middleware. 2. What are the advantages of RFID? A: The biggest advantage is fast one-time multi-reading. Compared to bar-code, RFID does not require a light source, and can even read data from external materials. Long service life, can work in harsh environments, can be easily embedded or attached to products of different shapes and types. UHF RFID reader can handle multiple tags at the same time and The data access of the tag is password protected and the security is higher. 3. What is the difference between passive, semi-active and active RF systems? A: Passive tags get the energy needed for work in the magnetic field generated by the passive RFID reader . The cost is very low and has a long service life. It is smaller and lighter than the active tag, and the read/write distance is closer. It is also called passive label. The active tag itself has battery power, longer...

Given the current trend in oil prices and the co-promotion of carbon neutrality, organizations are under increasing pressure to adopt different technology solutions to improve the efficiency of mobile device management. An important area for using technology solutions to reduce fuel consumption and carbon dioxide emissions is mobile device management. More advanced mobile device management solutions include GPS navigation, wireless communication technology and Internet access, as well as telemetry sensors (wireless or wired), vehicle RFID readers and communication devices. The information gathered using these technologies facilitates online interaction with fleets, workflow automation, and real-time cost analysis of critical business decisions. The passive RFID reader tracks the driver's location and activity data by identifying the ID and obtains information about the goods via RFID tags on the tray or item. The data is first transmitted to an onboard ...

RFID (radio frequency identification) technology has the potential to become a common and important part of embedded system design. In addition to its traditional role in inventory management, new advances in RFID tags and high-speed long distance RFID readers make it easy for embedded system designers to incorporate features such as access control, anti-counterfeiting, easy payment, medical authentication, dynamic pricing, and product history. , remote asset tracking. Embedded RFID applications typically include readers in products or systems to add local data collection features that enhance the basic functionality of the product. Today, embedded RFID applications are found in hotels, prisons, hospitals, retail outlets, farms, casinos, toll roads, factories, and a variety of commercial and military vehicles. As embedded system developers realize the value of this technology and adopt it in new designs, these non-traditional RFID applications will become commonpl...

The emergence of RFID tool management applications has realized the efficiency and intelligence of tool management. Through the installation of special customized tool cabinets with UHF RFID readers and the installation of UHF passive anti-metal tags, the accuracy and efficiency of tool management can greatly improved. And the sharing of information across departments and departments. For different industries, RFID tool management has different requirements and implementation methods. Here are some common applications: 1. Railway line maintenance equipment management, after installing RFID electronic tags for each tool, you can install RFID UHF readers at the door of the warehouse to identify the incoming and outgoing tools and authorization management, or install ultra-high on the construction vehicles. Frequency reader, real-time monitoring of tools on the vehicle. 2. Aircraft maintenance equipment management. RFID tags are placed on parts and tools, ...

System introduction: Through the use of advanced wireless RFID technology to identify consumer groups, flow management, regional statistics, and trail data mining management, to achieve the goal of customer service precision. Construction function: By deploying a RFID reader system , the three parts of the front office, conference room, and office area can be covered by radio frequency signals. Each employee can use radio frequency cards to obtain the location of the card; the area where the matching card is located can be displayed in real time. You can query the location of the designated person in the area at any time; you can record the day of the matching card person. System structure and composition: Use RFID identification system and cooperate with cards, deploy passive RFID reader equipment to cover radio frequency signals in the target area, define tags by personnel, digitize the staff, and realize the personnel’s performance by recording the activ...

The system is mainly composed of supervision monitoring terminal, communication platform and monitoring center. Compared with the use of bar codes to collect monitoring target information, the RFID technology has the advantages of automatic scanning without manual contact, strong anti-pollution ability (anti-dust, anti-smog, moisture resistance) and large amount of information, RFID technology to build. A complete RFID system consists of three parts: a tag is a combination of a coupling element and a chip, each tag has a unique electronic code that is attached to an object to identify a target object; passive RFID reader to read (and sometimes for writing) tag information; RFID Antenna (radio frequency signal) is passed between the tag and the reader. Monitoring terminal work flow is: UHF RFID reader sends radio wave energy to the tag, drive tag circuit will send the internal data, reader in order to receive interpretation of data, and finally sent to the communicati...

Traditional mold management through paper registration mold number and location number, likely cause registration errors, record loss, management confusion, find the extremely inconvenient. The system through the RFID Internet of Things application technology to achieve rapid access and inventory management; database through the background, to quickly find the mold; scientific and systematic management of mold. The system has the following advantages: 1. RFID tags attached to the mold, tough, safe and reliable; 2. Through RFID reader writer for systematic coding and identification, to achieve rapid out of the mold library and inventory management; 3. Mold can be designated for quick search job; 4. Each time the status of use and maintenance of real-time record in database system. System workflow: 1.RFID tag to write information and installation Each label is assigned a unique ID number that corresponds to the mold and writes the mold information to the chip....