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

Demand Resolution The collection and monitoring of clothing from the purchase, registration, lease, recovery, cleaning, and return of the entire transfer process. Statistics on rental fees and sewing and cleaning times that occurred during the process. Solution RFIDs sewn into clothing are automatically collected in batches after being collected by an induction antenna and a hand-held RFID scanner , entered into a server with WIFI and 4G network, and provide daily check-up data required by WEB inquiries. The background management function provides detailed statistical reports and fee settlement functions. Can support the development of mobile APP applications, customizable iOS and Android platform customization applications. Advantage The system uses advanced RFID tags and has a unique global code. UHF RFID reader support remote identification, batch reading, and strong environmental adaptability. The system realizes the automated management of the product

In the collection of production line information, the manual acquisition and manual input methods have the problems of insufficient accuracy and high error rate. It is also easy to cause the production data in the system to be unable to be updated in real time and the hysteresis is serious, which is not conducive to the smooth progress of the production flow. Through the adoption of Internet of Things (RFID), wireless sensing technology, and network technology, real-time tracking and data collection of manufacturing assembly line production processes are realized, thereby improving the visibility and controllability of the manufacturing process of the workshop and increasing the production efficiency of the company. The entire system is divided into three layers: data acquisition/execution layer, data communication layer, management execution layer. 1. Data acquisition/execution layer The data acquisition layer consists of two parts, an RFID tag and an RF

In addition to delivery, UAV also play a role in the management of large warehouse shipments. At present, some technology companies have combined UAV and RFID (Radio Frequency Identification) technologies to improve the intelligence of drones. In some cases, tagged items can pile up or be mounted on a rack to make them inaccessible. High metal environments also interfere with RF signals. These companies typically use portable RFID scanner or vehicle RFID reader , who read the inventory item's tag ID by walking up and down the aisle or through storage and construction areas. Atlas RFID uses Omni-ID's readers to mount on the bottom of the drone. Atlas RFID uses Omni-ID P400 tags to transmit data to RFID readers, readers use GPS to determine the location of tags, and reads are forwarded to cloud-based servers over Wi-Fi or cellular networks, Jovix The software platform manages the data and provides the user with location information for the tagged items on th

Many industries in China have used RFID technology. Examples include industry and logistics, including asset tracking and logistics, waste management, animal identification, retail and manufacturing, and healthcare. All tags store the reading and writing functions in the RFID reader device so that the tagged stored data can be updated or read in time, ultimately improving performance through tracking or quality control. So, what's the application of RFID technology in the access control system? RFID access control systems have long surpassed traditional doorway and key management functions. The security requirements of the modern work environment, departmental administrative work, daily attendance management, and company catering consumption are all closely related to the access control system. The installation of RFID gate reader at public exits and entrances in some office locations, residential apartments, etc., can effectively prevent unauthorized personnel

The RFID-based fire-fighting equipment management system binds the corresponding asset information in the background by installing RFID electronic tags on the fire-fighting equipment. Through the collection of RFID electronic tag information at key nodes and processes, the detailed information of the assets can be accurately obtained. The basic framework of the system is as follows: 1. A passive RFID tag is attached to all fire-fighting equipment within its jurisdiction. There is a memory on the tag, which can record the purchase time, expiration time, installation time, person in charge, number of inspections and other information of the fire-fighting equipment. 2. The system creates an electronic file of fire fighting equipment, which is stored in the centralized server of the management department and provides the expiration alarm function. 3. Each unit inspector and supervisory personnel are equipped with a RFID handheld reader . The terminal can co

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

In the physical training assessment, you need to record the examination staff from the starting point to the end of the exercise time and rankings. With the development of science and technology, there have been RFID timing system, the assessment system, for the fitness training timer cycle. Starting point: by the wireless remote control switch, microphone components. Monitoring points: UHF RFID reader , antenna and wireless router (there may be multiple monitoring points or no monitoring point) End: RFID reader by the reader, RFID mat antenna , wireless remote control switch signal receiver, wireless router, computer software The system uses advanced RFID technology, computer information processing and other high-tech and physical training assessment combined to facilitate the assessment staff to carry without affecting its status, when the assessment staff with a radio frequency identification card (RFID tag) through the mat antenna, the long range UHF RFID r

Baggage handling has always been a large and complex operation for large airports, and in particular, the ongoing terrorist attacks on the airline industry have also placed higher demands on baggage identification and tracking technologies. RFID baggage automatic sorting system is for each aircraft passenger randomly checked the luggage affixed RFID electronic tags, electronic tag records traveler personal information, departure port, arrival port, flight number, parking spaces, takeoff time and other information; baggage flow of the various control nodes, such as sorting, installation, baggage at the installation of electronic tag reading and writing equipment. When the baggage tagged with information through each node, Ethernet RFID reader will read this information, spread to the database. According to the airport baggage automatic sorting system for RFID equipment requirements, the system equipment selection using integrated UHF RFID reader . UHF RFID eq

RagTagd, an Australian company, has introduced a solution that helps parents of students in schools track their uniforms. The RagTagd solution is to have a collection box with passive UHF RFID reader on the school's Lost and Found Area, with labels attached to school uniforms. Software on the RagTagd server keeps track of items in the box and sends messages to parents. Lost items in the global school is a ubiquitous thing. Students dressed in coat to go to school, often forget to get back in the playground exercise. By the end of the school year, unclaimed items are often discarded, causing waste. To solve this problem, companies consider using UHF RFID technology, with RFID tag readers built-in and tagged clothing, and school employees do not need to do anything but simply putting their clothes in the box. Using the RagTagd system, the company sew off-the-shelf UHF RFID tags into garments and then sell it to parents with a unique ID number. Parents ne