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Today, RFID technology has entered all walks of life, exerting powerful digital collection capabilities in different application scenarios and links. In practical applications, label identification often encounters various challenges, including environmental factors as well as product technology and so on. For manufacturers who use RFID systems, easy-to-use RFID tags are a key to the success of the project. An easy-to-use RFID tag contains many elements, such as excellent performance, strong storage capacity and environmental adaptability, as well as an aesthetic antenna design, an irresistible price, and so on. From the perspective of RFID label manufacturing, the processing methods of each link including chip, antenna design, binding, compounding, and packaging will have an impact on the final finished label. In this process, not only must the performance of the RFID tag be guaranteed, but also the consistency of the tag must be ensured. Therefore, even the top RFID label manufacturers cannot guarantee that the labels they produce are "safe." In a label processing process, INLAY is usually used as a "sandwich layer" composite material. INLAY enters the compound processing production link as a material, so it must be affected by the five elements of compound personnel, processing equipment, materials, technology, and processing environment. For example, when a customer proposes to attach an RFID tag to metal, it shows that he needs an anti-metal tag. However, this is far from enough. We also need to know more about what material is the metal surface to be pasted on? What kind of dielectric is it? What is the thickness and size of the metal surface? And, what kind of effect the final RFID tag needs to achieve, and so on. During the chip processing, many details will be finalized. Some chips are very sensitive to binding, and slight deviations in the position and direction of the chip binding will have a significant impact on the electrical performance. The PET aluminum etched antenna will generate volatile gas when heated. In the binding process, the heating is heating and curing. Since the conductive glue has been covered on the antenna, air bubbles may be generated, which will definitely affect the performance. When we start from the needs and approach the label processing technology step by step, we are getting closer and closer to the essence of a good label, which is composed of countless specific and subtle details. As a result, we can also more truly realize that a good label needs to gather the experience of the entire industry chain and the hard work of countless practitioners.

1.ABS anti-metal tag features: In practical applications, ABS anti-metal tag has a higher protection level because of its outer shell protection, and according to its antenna structure, some models have higher performance on metal and non-metal surfaces. It is suitable for outdoor asset inventory, pallet management, warehouse location management, electric vehicle management, logistics turnover and other fields. 2. Flexible anti-metal tag features: This type of tag uses foam as the main dielectric material, and uses the design of a microstrip antenna structure to make the tag have higher flexibility and better performance on the metal surface. The application can also perform personalized operations such as coding and silk screen printing as needed, and provide data precoding services, which are more convenient and efficient in use.

Classification of RFID readers: According to the frequency, RFID readers can be divided into 125K, 13.56M, 900M, 2.4G and other frequency bands. 125K: Generally called LF, it is easy to use and low in price. It can be mainly used in the management of livestock entry and exit in the animal husbandry industry. 13.56M: generally called HF, strong confidentiality, fast reading speed, short-range 13.56mhz: RFID has good confidentiality, long-distance 13.56mhz reading is stable and fast. Mainly used in home-school communication, personnel attendance management, entrance and exit management, books, archives anti-theft management, and government conference sign-in. 900M: Generally called UHF, it has a long communication distance and good anti-collision performance. It is generally used for parking lots and logistics. 2.4G: Microwave RFID card reader, strong penetrability. 5.8G: Microwave section RFID card reader, used in highway ETC electronic toll collection system. Advantages of RFID reader: First of all, you need to pay attention to the frequency range of the reader device to see if it meets the frequency specification of the project site; Second, understand whether the maximum transmit power of the reader and the selected antenna radiation exceeds the standard; Third, look at the number of antenna ports provided by the reader, depending on whether the application requires a multi-interface reader; Fourth, whether the communication interface meets the needs of the project; Fifth, the reading distance and anti-collision indicators are explained. The reading distance indicators must be clear about what antenna and tag are tested; for anti-collision, it must be clear what tags are read in what arrangement and how long will it take to read them all; Sixth, in addition to being related to the reader, an RFID application system is also related to tags, antennas, materials of labeled items, movement speed of labeled items, and surrounding environment. It is best to simulate on-site conditions before determining the equipment. Testing and verification to ensure that the product truly meets the application requirements; Seventh, continuously test the stability of the equipment under simulated conditions to ensure stable work for a long time; Eighth, see if the development materials meet the system development requirements. It is best to support the system you are using, and it is best to have related routines. If not, the development time will be very long, or even the development will not continue.

RFID cable tie electronic tags are widely used in various applications that need to bind objects. The electronic label of the label part of the strap is in the outer position of the strap, and is not affected by the material of the strapped object, and can be easily strapped to the unique position of the article. It is used for non-contact identification and rapid authentication of trapped items to facilitate the management of item data and information for logistics tracking.

Features of PCB label: The PCB label is made of FR4 base material, and the label and chip connection can be used to complete the label production by bonding or patching.The material has the characteristics of temperature resistance, high protection level and high reliability.It is widely used in asset inventory, pallet management and other applications.

High frequency RFID applications can be divided into card applications and tag applications. . RFID card applications Compared with low frequency RFID, high frequency RFID has added group reading function, which has faster transmission rate and lower cost. Therefore, in the smart card market, high-frequency RFID has ushered in a golden period of development, including bank cards, bus cards, campus cards, consumer membership cards, etc. These card products have once been all over people's daily lives. 1. Bank card Bank cards are one of the main application markets for HF RFID, and the total number of bank cards issued in China has remained stable. China's bank cards have an annual increase of 500 million to 1 billion. Although the growth is not stable, the overall number is a very impressive figure. At present, high-frequency RFID has a high penetration rate in the bank card market. In recent years, new bank cards have basically adopted high-frequency RFID technology. 2. City Card The City Card mainly involves the realization of payment, identity authentication and social security functions for urban residents in various fields, and can complete rapid settlement and payment in many fields such as public transportation, medical and social insurance, public utility payments, and small consumption. 3. Access card The access control card market is relatively fragmented, and it is not easy to count the specific numbers in the market. Although the access control card market is currently facing a relatively large impact from new technologies such as QR codes, password locks, biometrics, and visual recognition, access control cards still have their advantages. In the market, especially for the elderly, access control cards are an indispensable way. 4. Campus Card The campus is a place where many students intensively study and live. The dining, shopping, water, electricity, Internet access, book borrowing, medical treatment, building access and other activities that occur during the student`s school period involve payment, identity authentication, and water and electricity consumption management. . The all-in-one card system can achieve unified management of the above activities through a set of systems and one card per person, which greatly saves resources, improves the management efficiency of the school, reduces management costs, and also provides great opportunities for teachers and students in the school. convenient. Cartoon has the earliest application, the fastest development, and the most complete functions in the campus field. .RFID tag application Tag applications are another large application of high-frequency RFID. Compared with card products, tag products have the advantages of lightness, flexibility, and low cost, and can be used as consumables. One of the biggest application advantages of high-frequency PFID products is that the current mainstream smart phones have NFC compatible with most of the current high-frequency RFID protocols. Therefore, the mobile phone can be used as a high-frequency RFD reader, which also allows high-frequency RFID to be used. Go directly to consumer-level applications. 1. Library Management High frequency RFID was the main solution for the library market in the early years. With the maturity of UHF RFID technology in recent years, especially the reduction in price and cost, UHF RFID has developed rapidly in the library market. Because the library's RFID is a consumable, it is relatively price sensitive. 2. Anti-counterfeiting traceability Anti-counterfeiting traceability is a relatively concentrated application of high-frequency RFID. Typical scenarios include anti-counterfeiting traceability of high-end liquor, tobacco, food, medicine and other products.

. Introduction to ID Card ID card is also called radio frequency ID card, the frequency is generally 125KHz. Nowadays, the market adopts a passive ID card with a unique serial number. The manufacturer has solidified the serial number before the product leaves the factory and cannot be changed. Its working principle is that there is a loop coil on the card, and the coil is connected to the IC to form a resonant circuit, the frequency of which is the same as the transmit frequency of the read and write. The reader sends electromagnetic waves to make the resonant circuit of the ID card resonate and generate a current to act on the ID chip. This is the reading and writing principle of the ID card. . Common technical parameters of ID card 1. Working frequency: 125KHz 2. internal serial number: 5 bytes 3. Typical applications: access control, attendance, consumption, parking and other occasions with low safety requirements. . ID cards can be distinguished by thickness 1. Thick cards: thickness 1.8mm, thick cards can be sprayed with ID card numbers in various formats, can be screen printed, and can be additionally printed with self-adhesive stickers or color-printed transparent films and then affixed. Very low cost, it is the most economical radio frequency ID card in the world. 2. Standard thick and thin card: thickness 1.05mm, can double-sided color offset printing, print photos, can laser or jet print various formats of ID card internal code or self-compiled serial number. 3. Standard thin card: thickness 0.8mm, double-sided color offset printing, photo printing, laser or jet printing ID card internal code or self-editing serial number in various formats.

With the continuous development of market demand for RFID technology, RFID has gradually been applied to various industries, affecting the production methods of the society and the daily lives of residents to varying degrees. RFID is a tool for collecting data and an important technology for the digital transformation of enterprises. Before launching RFID technology, companies need to understand the characteristics of RFID more comprehensively and accurately, so as to implement RFID projects in a targeted manner, and give full play to the application capabilities of RFID in different fields and different scenarios. The application of RFID technology has the following seven advantages: 1. Super anti-interference As a tool for collecting data, the biggest advantage of RFID is non-contact identification. It can work in extremely harsh environments and has strong penetrating power. It can quickly identify and read multiple tags at the same time. 2. Large storage capacity The core of RFID is the chip, which has a large memory capacity. According to the needs of users, the memory capacity of the RFID chip can be expanded to a large capacity of 10k, which is much higher than the capacity of 2,725 digits in the two-dimensional code barcode. 3. Can be dynamically operated The RFID tag data can be dynamically modified through programming, and the object can be dynamically tracked and monitored at the same time, provided that the object or device with the built-in RFID tag is within the effective recognition range of the reader. 4 Long service life RFID tags have different shapes. With their precise packaging shapes and strong anti-interference, RFID tags are not easy to be destroyed and have a relatively long service life. 5. Read multiple tags simultaneously Within the effective recognition range of the reader, multiple RFID tags can be read at the same time, and the maximum number of tags that can be read instantly can reach hundreds. 6. High security RFID tags are attached to products in any form, and the tag data is algorithmically encrypted to improve the security of managed items. 7. Fast recognition speed Once the RFID tag enters the effective recognition range of the reader, the item attached to the tag or the data on the built-in Deutsch device can be read immediately. Generally, the recognition function is completed in less than 100 milliseconds. Of course, there are also some problems and challenges in the marketization and application of RFID. First of all, the application of UHF RFID technology is not very popular. On the one hand, the product price restricts the application popularization. On the other hand, the stability of system reading is not very good in some environments surrounded by metals and liquids. In addition, internationally There has not been a unified standard. At present, RFID technology is closely related to our daily lives. In the era of the Internet of Things, if RFID technology is continuously improved and the RFID UHF market is widely used, the development of the Internet of Things will also be pushed to a new height by all walks of life.

NFC and high frequency (HF) RFID tags are small, mass-produced electronic tags used to verify authenticity and confirm safe handling, helping to protect vaccine delivery. On the other hand, NFC security tags can be used to issue verifiable vaccination certificates.

With the economic globalization and information networking, RFID technology has been widely used as an important means of identifying, managing, and recording product information, which has brought great convenience to the management of product production and sales processes. As a safety product and national strategic reserve material, tires also have problems of identification and management. The RFID tag device is a non-contact automatic identification electronic tag with a unique identification code. RFID tyre tag for rubber tires is composed of a passive chip, a substrate, and a spring-like antenna. The RFID electronic tag is implanted inside the tire, and the chip records information such as the tire serial number, production date, and factory code. With the use of electronic tags, tires will become more intelligent. Advantages of RFID electronic tags for tires Compared with traditional barcode tire tags, RFID technology has the advantages of waterproof, antimagnetic, high temperature resistance, long service life, large reading distance, data on the label can be encrypted, storage data capacity larger, and storage information change freely. . The application of tire RFID tags can monitor the status of tires in the production, sales, use, and claims settlement in real time, so as to regulate the orderly production and sales of the tire industry, and realize the full life cycle management of tires; regulate the transportation industry to ensure the safety of personal and property; promote , Regulate the tire retreading industry, and realize the tire recycling economy. The combination of RFID technology and tire manufacturing technology can not only solve the problems encountered in the current tire identification and traceability processes, but also, RFID tags can be written into tire production data, sales data, usage data, retreading data, etc., and can be collected and read through the terminal at any time With the corresponding data and the corresponding management software, effective management of the tire life cycle can be realized, and information such as pressure, temperature and wear level can be transmitted to the vehicle control system in real time. The owner can obtain the information at any time to ensure the safe operation of the vehicle. The RFID electronic tag implanted in the tire is equivalent to the tire having an electronic ID card, and each tire becomes an effective data traceability carrier. The external read-write device performs automatic data collection through wireless means, and realizes the automation of data recognition. Automated logistics of tires.

The development of economic globalization and the rise of the Internet have accelerated the development of the global logistics service industry. The development of global economic integration has made the cooperative relations of procurement, warehousing, sales, and distribution of enterprises increasingly complex. The competition between enterprises is not only the competition of product performance and quality, but also the competition of logistics capabilities. Use information technology to replace actual operations, reduce waste, save time and expense, so as to achieve seamless docking and integration of the supply chain. In order to realize the information management of logistics processes, use information management methods to manage the company's warehousing and logistics information. , In order to promote data sharing, goods and capital turnover rate, improve work efficiency, and achieve an informatization process synchronized with modern logistics enterprise management. Traditional warehousing and stowage management use manual methods, which are cumbersome, inefficient, error-prone and relatively costly. Although most cold storage management uses computer management systems, they still record first and then enter the computer. There are large human factors. The accuracy rate is not high, falsified data are prone to occur, human resources are wasted, and management and maintenance costs are high. Therefore, the inefficient manual management method is difficult to ensure the correctness of the receipt, inspection and delivery, resulting in inventory, delayed delivery, and further increase costs, so that the opportunity to serve customers is lost, and manual management cannot be a manager. Provide real-time, fast, and accurate warehouse operations and inventory information to implement timely, accurate, and scientific decisions. Plastic cable tie tags contain RFID chips. Relying on the advantages of RFID technology, it has the characteristics of long-distance recognition, fast recognition, and batch recognition of asset information; intelligent and information management of enterprise logistics goods, and automatic recording of goods in and out Functions such as library information, intelligent warehouse inventory, recording and publishing of status information of goods, and output of vehicle status reports. RFID cable tie tags have the following characteristics: 1. Lightweight, easy to install, anti-disassembly, waterproof, high temperature resistance, high safety, and can be used indoors and outdoors 2. Multi-label recognition, high recognition sensitivity, fast speed, and a global unique identification code 3. It is mainly suitable for identification, identification of items, information collection, traceability, seal tying of items and packages, combination identification of items, logistics tracking, etc., which facilitate the use of tied items and similar situations.

Bikebac, a science and technology company initiated by three bicycle enthusiasts, has launched an RFID-based system to help bicycle owners track and retrieve stolen bicycles. This solution, called Bikebac Tracker, was developed to return the stolen bicycle to its legitimate owner, provided that the bicycle was detected by an RFID reader installed at the entrance and exit of the bicycle store. This RFID solution was launched in May 2021. Bikebac has been selling this tracker (a type of sticker that supports UHF RFID) in bicycle stores and online, and has deployed it in stores in the Whistler area of British Columbia, Canada. Class reader. Every bicycle owner will receive a tracker tag, and if their lost bicycle appears in the store, the owner will receive a text message or email reminder that the bicycle has been detected. Then, the system will indicate to them the local authority with the case number, or the store where the bicycle appeared The company's co-founders Vincent Grace, Brian White and Brandon Phillips are all avid bike enthusiasts, and all have commercial and technical experience. The three set up the Bikebac company this year to solve the problem of increasing bicycle theft rates in their area. Two bicycles were stolen while Grace was in school. In addition, White also said that although his own bicycle has never been lost, bicycle theft is a very common phenomenon. The high-priced mountain bikes of several of his friends have also been stolen. In fact, according to statistics from the security software company Project 529, an average of 2 million bicycles are stolen every year in North America. Vancouver has the highest rate of bicycle theft among major Canadian cities. In 2020, 2115 bicycles were missing. White said this is partly due to the high rate of bicycle use in the region, which has been increasing since the beginning of the COVID-19 epidemic. Although the police will retrieve about 50% of the stolen bicycles, only about 5% of the bicycles are actually returned to the owner. The reason is simple, because these bicycles do not have any records that facilitate the police to retrieve the owner. For example, the police may find a stolen bicycle during the process of solving a case, or find the bicycle right where it was stolen. Project 529 provides a serialization method to uniquely identify and record bicycles, and Bikebac intends to further develop this method. Grace is a technical expert. He has experience in using RFID to monitor athletes in trampolines and other sports facilities, as well as experience in network development, so he is familiar with how to build RFID solutions and knows the benefits of RFID. He believes that traditional bicycle tracking systems usually rely on GPS devices, but their cost is often high, and the battery will run out; other products used to track keys or wallets, such as the Lost and Found application, Tile App, are not Designed for theft of bicycles, it also has its own shortcomings. White said that as for the application of RFID technology, the company took into account the characteristics of most bicycle thieves. Although some thefts of thieves are improvised crimes, such as stealing a bicycle and then riding away by themselves, in most cases, it is an organized crime, such as stealing a large number of bicycles and turning the bicycle into money. Most of the stolen bicycles ended up being sent to the store, where they were either dismantled and sold, or resold in their entirety. "So, if these bicycles appear in a bicycle store later, how do you track them?" White said, "We think RFID is the best tool. It does not require batteries and has a wide range of reading." The team developed a UHF RFID tag that can be individually attached to the bicycle and reliably transmit the data to the reader. A third-party manufacturer made these RFID tags, and Bikebac designed its own reader hardware using off-the-shelf components, including an RFID reader and antenna, a 4G cellular modem and an embedded computer. Bikebac owns the ownership of these devices and installs them in bike shops that have agreed to participate in the project. This reader only needs a power supply. The bicycle buyer must first obtain the RFID tag, and then install or hide it on the bicycle. The RFID tag comes with an adhesive backing and can be stuck anywhere on the bicycle frame, or on the inside and outside of the tire. The label is designed to have an independent appearance, and bicycle shops can install it in a protective and invisible way. In the future, bicycle manufacturers may be able to implant tags directly into bicycle components. Each tag has a one-year reminder service from Bikebac, and users will have to pay an annual fee of $12 over the next few years. They can follow the setup instructions, first scan the QR code provided by Bikebac, register an account, enter the 9-digit code printed on the label, and then add a bike. The company provides videos to guide users to correctly place the label on the bicycle. Users can provide verification information such as phone numbers and email addresses to facilitate contact when a lost bicycle is detected. The Bikebac reader installed at the entrance of the store will ask for the tag and transmit the tag`s unique ID number to Bikebac`s cloud software, which will automatically send an alert to the registrant of this bike. In addition, the system can also send a case number so that the owner can submit it to the local police, or it can go directly to a bicycle shop to retrieve the stolen car. Bikebac explained that in order for this project to be successful, the technology needs to be promoted on a large scale in bicycle shops, and this process is currently being carried out from the Whistler area to other areas. For bicycle shops, they only need to agree to install the reader, almost no other investment is required, and then Bikebac can own and maintain the reader infrastructure. The main benefit that a bicycle shop can get is to provide community services to help combat bicycle theft. In addition, the system also provides a certain financial return. For example, when a store sells the system to customers, Bikebac will receive a portion of the installation and labeling costs, as well as a certain percentage of the annual fee paid by the bicycle owner. It is said that this technology was deployed at a time when the cost of bicycle ownership became more expensive and more popular than in previous years. The "Sea to Sky Corridor" area in British Columbia is particularly characterized by a large number of bicycle shops. Those who live or visit the area can visit the large playgrounds mainly in the form of Whistler and Blackcomb mountains, as well as the local underground Slope and mountain bike park. Many bicycles in the area sell for between 4,000 and 8,000 US dollars each. In the long term, the company plans to sell this RFID solution in Canada and the United States. White said, "We are concerned about continued growth. The enthusiasm of bicycle enthusiasts and the increasing rate of theft have promoted the early development of this business. People in the bicycle hobby circle have always been interested in bicycles and are willing to spend 8,000 yuan. US$10,000 and US$14,000 are on their bicycles. Most people I know spend more money on bicycles than on cars. This is our advantage-the passion of bicycle enthusiasts." The article translation -RFIDWORLD.COM

RFID book tags in smart library management Article from -RFIDWORLD As readers' requirements for the quality of library services continue to increase. Continuously improving service quality, strengthening internal management, and improving work efficiency in library management services have become important work optimizations. The use of RFID technology can reduce the workload of the staff, combined with the RFID system to achieve automatic book circulation management. RFID can realize automatic book borrowing/returning, ensuring the safety of book information, and improving the circulation efficiency of book borrowing/returning. RFID technology is applied in intelligent library management. Build the network operating environment of the RFID intelligent library collection management system and deploy the corresponding RFID hardware equipment. It is used to identify, track, and protect all the materials in the library. Through the RFID system, the functions of book borrowing and returning, ordering, searching, and inventory inventory are realized, which greatly improves the efficiency of library materials processing. The emergence of RFID intelligent library management system, Development, maturity, and wide application have completely solved the problems that the library currently needs to solve. RFID is a non-contact intelligent and automatic identification technology. It mainly transmits, receives, and processes radio frequency signals to identify target objects so as to obtain and process data to achieve intelligent and automated processing. After the library adopts RFID technology, the circulation of library materials will be greatly improved. The RFID system can support borrowing/returning multiple books at the same time, which greatly improves the efficiency of book management and facilitates the work of staff. In recent years, with the maturity of RFID technology, the decline of tag prices, the acceleration of reading speed, and the improvement of security performance, the application of RFID technology has gradually become more and more widespread. RFID technology is not just a simple bar code substitute. Its systematic application will bring a revolutionary impact on the library`s entire workflow, traditional services and management models, and in turn trigger new business process reorganization, and promote the development of library automation. , The service function is further enhanced. Compared with the traditional barcode and magnetic stripe method, its advantages are mainly manifested in the following four aspects: 1. Improve the efficiency of book borrowing and returning. When borrowing and returning books with traditional bar code and magnetic stripe technology, staff still need to open the book`s front page to find the bar code, then scan and demagnetize it. The borrowing and returning efficiency is relatively low. After adopting RFID technology, the RFID smart tag reader reads information in a non-contact manner, and with the help of the anti-collision function of RFID technology, it can read and identify multiple books at the same time, thereby improving the efficiency of borrowing and returning and the ability of readers to receive . 2. Improved service level. With the self-service book borrowing and returning peripheral equipment, readers can find the shelf number of the book in the network system, quickly and accurately find the book they need, and go through the book borrowing and returning procedures by themselves, which brings convenience to the reader. The library can readjust the saved human resources so that more librarians can shift from traditional management work to serving readers or providing other value-added services. 3. Strengthening the collection management work. In the open-shelf library, as a book management staff, it usually takes a lot of energy to find books and periodicals that are messy or wrong, and sort them. The workload and work intensity are relatively large. By entering the shelf information of the books into the RFID system, the staff can use the handheld reader to find out the information of the disordered books in time during the daily shelf patrol process, thus making the shelf arrangement and the whole shelf work quite easy. In addition, the use of RFID technology can also simplify the book inventory work of library managers. Fourth, strengthened the anti-theft monitoring capabilities. Traditional magnetic stripe anti-theft systems often have many unreal theft situations such as false alarms and false alarms due to unclean degaussing. The RFID access control system can use the integrated reader to determine whether the checked book is illegally entrained or the borrowing record misses the book, and then determines whether to make an alarm action, reducing the rate of false alarms and false alarms. The use of RFID system technology in libraries is the current main development trend, and it has also become an important information technology pavement for the realization of intelligent, automated, and efficient library management. RFID book management can not only track and manage book resources, but also protect the safety of the library's books. When managing book resources, staff can quickly and efficiently manage book borrowing/returning and other tasks with simple operations, realizing the rapid circulation of book resources and data information.

What is a RFID laundry tag? The laundry electronic tag is a safe, non-toxic, wear-resistant, durable, green and environmentally friendly electronic tag tailored for the cloth printing and dyeing industry, washing industry, medical logistics and other professional fields. It can also be used for other high-temperature, high-humidity, and high-temperature Work occasions such as labor intensity. The materials are mostly RFID silicone laundry tags and RFID nylon laundry tags. RFID tags for laundry tracking management silicone uhf rfid laundry tag Features: 1. Anti-interference design. 2. It can be soaked in water, rubbed repeatedly, and can be ironed directly. 3. Near-field multi-label recognition. Application range of UHF RFID industrial laundry tags: • It is used in the leasing and dry cleaning of textiles and garments. Due to its characteristics, it can be tracked and used all over the world. To • Applied to clothing operation benefits and traceability in the life cycle process, laundry labels provide short-term and long-term management value. • A durable label that is used in clothing management for RFID automatic identification and guarantees multiple washings • Combined with the settings of the reader, an effective reading range of 2 to 3 meters can be reached. It is widely used in laundry shops, medical logistics laundry, automobile engine maintenance signs, chemical raw materials, and occasions where RFUD is used for fuel tracking in harsh environments such as high temperature wear resistance and corrosion resistance. Shenzhen Xinye Intelligence Card Co.,Ltd, established in 2006, is an industry-leading professional manufacturerof smart cards, rfid label products, nfc stickers and NFC cards. The products are widely used in the field of transport, security, library management, supply chain logitics, warehouse management, campus card, shopping malls, hotels and so on. With excellent quality and good reputation, it's getting more and more favor and recognition on the local and international market. We are looking for long terms cooperation access control and security systems wholesalers, resellers, importers, agents worldwide .

Application of RFID in medical drug control In recent years, with the implementation of the national health insurance system, the medical division system, and the core value of patient safety, how to make medicines from the original factory manufacture, sell, adjust and deliver medicines to patients in the overall process, can also deliver professional Knowledge, to ensure the safety of the people's medication, so that patients can obtain the greatest protection and the best pharmaceutical services for their medication. In addition to the existing operation methods, reliable RFID identification technology can also be used as an aid. The applicable directions at this stage are as follows: 1. Prevent counterfeit drugs from circulating on the market: For example, Purdue Pharma in the United States is known for its production of prescription drugs, over-the-counter drugs and medical products. The company has successfully integrated the RFID labeling operation with the process of a single medicine bottle packaging production line. The application of RFID technology to the production line products will comply with EPC (Electronic Product Code). ) The standard label is attached to the bottle of OxyContin medicine. In addition, Pfizer Pharmaceutical Factory's Viagra drug flow tracking and anti-counterfeiting, etc. To 2. Logistics operation management: In addition to general logistics application and replenishment operations, it can also be applied to: a. Monitoring the environmental conditions of drug delivery and storage: The drug manufacturing has undergone stability tests to confirm its proper storage temperature and shelf storage period. If the delivery and storage environment does not meet the operating requirements, the drug will be invalidated and the medical results will be affected. Through active RFID applications, delivery and environmental conditions can be monitored to ensure the quality of medicines. To b. Drug storage and expiration management: Applying RFID technology to drug expiration management can reduce manpower, reduce unnecessary inventory waste, and improve the efficiency of logistics operations. To c. Improving medication safety: When medical personnel dispense medicines and deliver them to patients for administration, the confirmation content includes the adjustments of the pharmaceutical operation department (such as patient identity, product name, dosage, quantity, double or even triple check of usage) Etc.), nursing staff's work related to patient safety, such as patient identity, medicine, time, route of administration, injection site, injection rate, etc. Although RFID cannot be used in hospital or community pharmaceutical operations in a comprehensive manner, RFID can be used to assist in improving drug safety. d. Blood preparation management: Regulations and evaluations require medical institutions to accurately grasp the type, use, and return status of blood preparations ordered for blood transfusion, and to accurately record the flow of blood used by patients and keep the batch number of blood used. RFID can be used as an aid to track and manage the entire process from drug manufacturers to hospitalized or home patients, and reduce the amount of manual work. To e. Chemotherapy preparations: Chemotherapy drugs themselves are extremely toxic. Medical institutions can use RFID to assist in confirming the types of preparations used by patients, recording the flow of patients' use and storing batch numbers, etc., to avoid medication errors and ensure patient medication safety. To f. Information query system: Medical quality is a continuous improvement process. If the hospital information system can be integrated, the patients can take out the medicines after receiving the medicines in the outpatient clinic, and self-check them through the scanner, providing patients with an extra guarantee of medication safety. If the hospital information system is connected to the drug database, patients can obtain complete drug information while checking, and even print the required information. It can make up for the lack of drug information on the medicine bag, and it can also educate patients to strengthen their knowledge of medication, which will also positively help the overall image of the hospital. To g. Expected benefits RFID (radio frequency identification) identification technology has become an international development trend. Many medical institutions are actively promoting RFID identification technology to improve the medical safety of patients in medical institutions, improve the efficiency of medical affairs, and improve the overall medical service. Level, its benefits are as follows: · Patients: With the assistance of this system, patients and their families can use medicines in a safer and more careful environment, and implement the core value of patient safety. To · Nursing staff: When administering drugs, use the RFID-assisted operation method to scan into the computer system for reconfirmation, reduce medical problems caused by human negligence, avoid giving wrong drugs, and implement drug safety. To ·Pharmaceutical personnel: Effectively ensure the correctness of the patient's identity, the correctness of the use of drugs (including physician prescriptions, pharmacist adjustments, and patients taking drugs, etc.) and apply effective clinical warning systems in clinical practice to improve drug safety. To · Hospital management department: Through the application of RFID, all prescription medications for inpatients can be confirmed, including various injection route medications, oral medications, external medications, and patient identity, etc., and reconfirm through the computer system during bedside medication to reduce For medical problems caused by human negligence, this function not only increases the safety of medication, but also increases the relationship between doctors and patients, and reduces medical disputes caused by human negligence.

IOTE · 2021 16th RFID Exhibition -Shenzhen IOTE·2021 The 16th International Internet of Things Exhibition·Shenzhen Station is a complete industry chain about the Internet of Things, covering the perception layer, network layer, computing and platform layer, and application layer of the Internet of Things, involving RFID (Radio Frequency Identification) technology, Sensor network technology, Internet of Things communication technology, financial consumption mobile payment technology, precision control technology of middleware, big data processing, AIoT, cloud computing, edge computing, real-time positioning technology and other Internet of things technologies are used in transportation, industry, smart grid, A high-level international event for comprehensive solutions and successful application demonstrations in the fields of smart home, logistics, anti-counterfeiting, personnel, vehicles, asset management, apparel, books, smart cities, and environmental monitoring. Exhibition introduction Exhibition time: August 18-20, 2021 Venue: Shenzhen Convention and Exhibition Center (Futian) Organizers: China Internet of Things Industrial Application Alliance, Shenzhen Internet of Things Industry Association Organizers: Shenzhen Wulian Media Co., Ltd., Shenzhen Yixin Wulian Network Co., Ltd Xinye has been engaged in the RFID label industry for more than ten years and has been focusing on development and production of Internet of Things products based on RFID technology. It has rich experience in RFID label production and development, and also signed up for the exhibition. Xinye has a deep understanding of the use of RFID tags in various application scenarios, and can provide RFID tag design ideas and technology and production support for various industries; it is an RFID tag solution integrating product design, development, sales and service. Provider. Products and applications are involved in a variety of fields, including vehicles, asset management, libraries, archives, tobacco, medical care, animal husbandry, ticket access, mobile communications, container logistics, etc. Welcome customers and friends to our booth for exchanges.

Application of animal tags The development of animal husbandry is not only related to economic development, but also belongs to the political category. It not only promotes economic development, but also plays an important role in national life. Therefore, to have a detailed understanding of the development of animal husbandry and to promote the development of animal husbandry more quickly, it is necessary to strengthen the management methods of animal husbandry and introduce advanced management technology-rfid technology. Radio Frequency Identification (RFID) is the abbreviation of RadioFrequencyIdentification. The principle is non-contact data communication between the reader and the tag to achieve the purpose of identifying the target. RFID has a wide range of applications. Typical applications currently include animal management, automotive chip anti-theft devices, access control, parking lot control, production line automation, and material management. RFID animal identification can be applied to animal identification, pet identification, rare wild animal management, etc. The identification requires the use of electronic tags to mark the identity, and the RFID reader reads the data and uploads it to the database to realize one-to-one identification management. How animal tags work? Animal identification uses RFID technology based on the internationally prescribed ISO11784/11785 identification standard, and the reader and the tag realize non-contact reading of information through radio frequency identification; that is, the animal tag is first bound to the animal and written For identity information, when the reader is close to the electronic tag, the reader is sensed by the antenna in the tag, and data is exchanged through inductive coupling. The reader reads the data in the tag and uploads it to the database for unified management. Application scenario Electronic tags that can be used for animal identification include glass tube chip tags and ear tags, which can be implanted and worn. When animals are under identity management, the corresponding tags are used for identity matching; for example, pets use dog tags or glass tube tags; pigs, cattle and sheep use ear tags; arowana and wild animals can use glass tube tags.

How RFID tag Jewelry label use in Jewelry Management System? There are the following problems in traditional jewelry management: 1. Sales and inventory are mainly based on human beings, and can only count the quantity daily, and cannot check every individual. The work efficiency is low and accurate jewelry inventory data cannot be provided; 2. The store's jewelry inventory needs to be closed for a period of time, resulting in a decrease in turnover and an increase in the additional labor costs required to count jewelry; 3. Lack of real-time tracking and management of jewelry. Once lost and not returned to the container for a long time, the lack of informational prompt means cannot guarantee the safety of jewelry; 4. The lack of statistics on customer purchase records, and the inability to effectively mine attention and other data, is not conducive to data analysis, resulting in a high share of funds and a long time for repurchase. How to manage jewelry through RFID technology? 1. Jewelry tags are RFID tags. Each tag has a unique ID number. The tag records the weight, purity, grade, warehouse, cargo area, shelf and other jewelry information on the national inspection certificate. Attach RFID tags to valuable jewellery products, combined with jewelry inventory equipment installed on the counter to monitor, control and track labeled jewellery, to achieve rapid inventory, real-time tracking and intelligent sales management. 2. Install a jewelry counter under each display cabinet of the jewelry store. The jewelry counter is connected to a computer with jewelry management software installed. Each piece of jewelry in the jewelry store is affixed with a jewelry label before it is put into the display cabinet. These labels can store data information and can be encrypted. Increase the thickness of the product without destroying the characteristics and habits of the product. The label automatically recognizes the piece of jewelry through radio waves. 3. Then, every employee is issued an RFID master control tag. As long as the master control tag is detected while the jewelry is removed, it will be regarded as a normal action. They can record their whereabouts on the main server and prevent employees from triggering any alarms when they are in contact with jewelry. The system gives employees one minute to take out the jewellery items from the box and place them on the display tray. After the mobile display tray is placed on the inspection table, the antenna installed in the middle will continue to monitor until the tray returns to the shelf or display box. If there is any abnormal operation in the process of sales, transfer, consignment or safe replenishment, such as illegal removal of jewelry from the sales plate, the reader will not be able to read the label information, and the system will warn at the same time. Record the time when the warning occurred. After the daily work is over, the employees start the "automatic inventory" function, and the RFID system will automatically identify and ensure that all the goods are stored in the designated display cabinet, which is used to inform the RFID system that all the jewelry is intact.

Application of RFID wristband Definition: RFID wristband is a kind of smart radio frequency special-shaped card that is convenient and durable to wear on the wrist. The wristband electronic tag is made of environmentally friendly silicone material, which is comfortable to wear, beautiful in appearance and decorative; it can be divided into disposable wristbands and reusable wristbands. Which areas are RFID wristbands mainly used in? RFID wristbands widely used in: catering consumption, attendance management, swimming pools, washing centers, sauna centers and entertainment venues, airport parcels, parcels tracking hospital patient identification, delivery, baby identification, prison management, guardianship management, personnel location positioning wristband type, etc. Application scenarios: 1. Medical industry The RFID wristband chip can first determine the patient's injury. In the case of many injured people at the disaster site, by scanning the wristband, the doctor can determine which patients need the first surgery and which patients can be transferred to the rear for treatment. The information sent to the mobile hospital by scanning the chip in advance can help doctors determine the operation plan in advance. After arriving at the mobile hospital, the operation is performed as soon as possible. You must know that every second saved in disaster relief can save many lives. After preliminary calculations, this "wristband surgery" system can increase the efficiency of traditional disaster surgery by more than three times. 2. Student management in nursery schools The birth of the refined management system of the kindergarten is very important. It uses RFID-related products combined with speech synthesis technology (TTS technology) solutions, namely RFID cartoon wristband tag personnel positioning system. Add a locator to the reader and RFID wrist tag, and embed a speech synthesis chip. The wrist tag accurately reverses its ID information and location information of the locator to the computer system through the reader, and then the system can process it. It clearly reflects the location of the children, and you can also set up the information in advance and use the voice prompt function to remind you in time. RFID readers are installed in specific locations such as entrances, passages, and relatively remote corners of the kindergarten, and are used to receive information sent by all electronic tags in the area. About Xinye Engaged in the RFID label industry for more than ten years, has been focusing on development and production of Internet of Things products based on RFID technology. He has rich experience in RFID label production and development, and has a deep understanding of the use of RFID labels in various application scenarios. The industry provides RFID label design ideas, technology and production support; it is an RFID label solution provider integrating product design, development, sales and service. Products and applications are involved in a variety of fields, including vehicles, asset management, libraries, archives, tobacco, medical care, animal husbandry, ticket access, mobile communications, container logistics, etc.

How does RFID work? With the development of the Internet of Things, radio frequency identification (RFID) technology is increasingly being applied to industrial sites. The full English name of RFID is "Radio Frequency IDentificaTIon". It is a wireless identification technology that was born in the 1950s, which can use radio to perform identification without contact. According to different radio frequencies, RFID systems can be divided into four types: low frequency, high frequency, ultra high frequency and microwave. Low frequency system (LF): RFID radio wave frequency is lower than 134KHz system, following the ISO/IEC 18000-2 standard; High frequency system (HF): RFID radio wave frequency at 13.56MHz system, in accordance with ISO/IEC 15693 (compatible with ISO/IEC 18000-3), ISO14443 standards; Ultra-high frequency system (UHF): RFID radio wave frequency between 860~960MHz system, following the ISO/IEC 18000-6B/C standard; Microwave system (Microwave): RFID radio wave frequency in 2.4GHz system, following the ISO/IEC 18000-4 standard; An RFID system generally consists of four parts: electronic tags, antennas, readers and application software. The electronic label is similar to the barcode in the barcode system, which integrates a chip that can be erased and written to store information. According to whether it is equipped with a battery, electronic tags are divided into two types: active and passive. The active electronic tag has a battery, and the readable distance is longer compared with the passive electronic tag; Antenna: generally connected to the reader to receive/send electromagnetic waves; Reader: used to read the data of the electronic tag and transmit it to the upper computer application software system; some can also write data to the electronic tag; Application software: PC or PLC-based software system used to process the data sent by the reader; The RFID system is shown in the figure below: The working principle of the RFID system is as follows: the reader sends electromagnetic waves of a certain frequency through its antenna; when the electronic tag enters the working range of the transmitting antenna, the internal induced current is generated and activated, so the stored information is passed through the internal The antenna is sent out; the reader`s antenna receives the carrier signal from the electronic tag and transmits it to the reader; the reader demodulates and decodes the received signal, and sends the processed data to the upper position Machine or PLC processing system.