With advances in materials technology, RFID tags are becoming smaller and smaller, and can even be washed without damage, making RFID applications more widely available. Hopeland has developed a number of unique RFID tags, UHF RFID readers and software that can help solve problems or increase the efficiency of customer operations. Applications include retail, medical and healthcare, smart factories, laundries and entertainment.
Retail is the primary application area for RFID solutions, RFID tags are small, helping to prevent counterfeit goods by embedding RFID tags in luxury branded products or jewelry to verify the source of the product.
RFID tags are washable, allowing the laundry to be controlled by RFID, quickly controlling the lending and returning of sheets, towels and pajamas in the hotel, which can also withstand washing and drying.
A system that automatically removes luggage from luggage or clothing or records the storage location of clothes by assembling multiple RFID readers in hotel cloakrooms or dry cleaners, and linking tag data to automatic sorting units that sort luggage or clothing.
Hopeland also introduced a smart factory RFID solution for Industry 4.0 that connects things in the plant (products, production equipment, etc.) to the Internet of Things (IoT) to increase industry efficiency and innovate. In terms of device control, product information is automatically read from the long range RFID reader and the operating conditions are automatically set and registered. If the wrong product is set, it stops working to prevent errors.
The management and application of RFID technology in underground pipeline identification and inspection has been put on the agenda by more and more underground pipeline management departments in recent years. And in the gas, water, communications and other fields RFID solution have achieved good applications.
The most basic RFID system consists of three parts:
1. Label: It consists of a coupling component and a chip. The tag contains a built-in antenna for communication with the RF antenna.
2. IoT RFID Reader: A device that reads tag information.
3. Antenna: Send RF signals on the tag and reader.
Underground electronic signs applied to underground pipelines are generally low-frequency, passive, and loosely coupled cards. They are different from the commonly used RF cards in the market. The buried electronic identification requires the following conditions:
1. The structure is hard, resistant to pressure, acid and alkali, and waterproof.
2. The ability to penetrate obstacles, at least have the ability to wear off the cement road.
3. Strong anti-interference ability, at least can distinguish between more than 8 different professional underground pipeline signs.
4. The long warranty period requires that the life of the RFID be as long as the identified underground pipeline.
The clothing industry also has its own special industry characteristics, namely: product style, color, size and other characteristics determine the number of clothing with geometric growth trend, the sales system covers direct, wholesale, franchise and other industries. The apparel industry is limited by its own and industry's shortcomings, and the future development has also encountered bottlenecks. With the development of RFID technology, more companies are now focusing on RFID technology solutions.
(1) Adjusting the flexibility of production: The real-time production management system based on rfid technology monitors and adjusts the production line to achieve JIST management;
(2) Real-time monitoring of product quality: timely feedback and tracking of production information based on RFID technology ensures real-time analysis and processing of production quality, improving production quality and lower unnecessary waste;
(3) Saving production cost: reducing enterprise inventory, production time and labor cost based on RFID technology;
The intelligent terminal design of the system includes four parts: CAN bus interface part, industrial RFID reader, LCD display and keyboard input part, digital input and output part, etc. The detailed description is as follows:
CAN bus interface part: Receive the master control command and send corresponding action signal according to the communication protocol (drive the electric control part to perform corresponding action), and send information to the master according to the received master command or the set program.
Radio frequency identification part: It can directly identify the smart hanger label moving in the pipeline. In addition, the Ethernet RFID reader can not only read the data of the electronic label, but also can repeatedly write data through the terminal.
As a modern school, the management of students and the level of informatization development of the school itself have become an important factor in measuring the overall development level of a school, and it is also the embodiment of the school image.
The 2.4G "safe campus" system for campus access management based on RFID radio technology is developed. The accessibility attendance scheme adopts the data interaction method of remote sensing card reading. By carrying a customized electronic tag (electronic student ID), students will activate the UHF RFID reader deployed inside and outside the school, and send data to the server. The reader will read the message and send it to the server. Judging, the system starts the SMS platform and sends a secure SMS.
Due to the large number of students entering and leaving the school at the peak period and the existence of certain occlusions, the electronic tags are concentrated and the readers have certain read conflicts. However, after the trigger mechanism is added, when the tag is not in the trigger zone, the tag does not transmit 2.4G, which greatly reduces the number of concurrent tags, enhances anti-collision, and improves the ability of the industrial RFID reader.
The simple 2.45G technology realizes accurate label entry and exit judgment, and the channel management has certain difficulties. Combined with the excitation technology, through the two independent excitation zones inside and outside the school gate, the direction of the label can be clearly determined. When the ground exciter triggers the tag, it will send its ID to the tag, and then pass the information to the remote RFID reader through 2.4G.
To make the customers receive the online orders from the Android POS Terminal without the development of their own App, GOODCOM has designed an App that can receive any orders and print the receipt out.
The Android App is a good fit for your business for any online orders, not only for the restaurants online food takeaway, but also for online shopping, etc.
The GOODCOM Android App GcAnyOrder works perfectly, as the user can accept the order and select the expected delivery time(e.g. 15 mins), or reject it.
The Daily Report, Monthly Report, Yearly Report are checkable. Users can design their own printed format on the receipt in an easier way. As the logo can be branded, I do believe it will be an add feature for u.
With the development of the software industry, more and more inventory management software has been developed and applied to the modern industry, which greatly facilitates the production efficiency of modern industry. Then, in seas of management software, what can effectively improve the efficiency of inventory counting? The answer is: RFID technology.
Prior to the use of RFID technology, the store's business was carried out through bar codes, including the arrival and departure of goods and the realization of inventory. The company reported that it was time consuming and expensive and caused a lot of counting errors, which is a typical bar code.
Thanks to the RFID inventory system, the company reported that inventory counts became faster and more accurate, from 12 hours to barcodes requiring cut to only 50 minutes. They can read with RFID during the day and check if there is a different quantity than ideal and require immediate stock replacement. In the portable RFID reader, we can check if there are items that have expired on the gondola.
Another benefit provided by RFID is the improvement in tracking of goods. The transit of goods circulating between regions is controlled by RFID. If the goods are stored in the store, RFID can move the product through the RFID antenna and we can determine if the item is out of stock.
Every new development in radio frequency identification (RFID) systems for industrial environments is designed to increase performance and extend the possibilities of various applications. Different applications need to consider various factors to choose the most suitable RFID system.
Factors to consider when applying RFID:
(1) The distance between the tag and the RFID reader; (2) The speed at which the object can pass in front of them; (3) The data transmission rate.
Data carriers or tags that can withstand high temperatures are an important added value for systems offered to automotive manufacturers. They are also increasingly used in the process of coating curing, in which data carriers can be used because they can pass through the furnace on the vehicle rails. A good system will provide tags with EEPROM and FRAM memory, which can provide almost unlimited number of read and write operations. UHF RFID system can perform fast read and write, typically at a rate of 0.5 milliseconds per byte.
Integrating RFID reader with passive sensors that measure temperature, humidity, pressure and vibration can provide more information for asset monitoring and management. RFID can be applied to most new applications in major industrial sectors. In the past, managing cloud traffic from thousands of tags brought big problems before cloud technology came. Now, with cloud-based applications and services, the burden of IT support can be reduced, and companies can deploy centralized management and centralized implementation without the traditional support and deployment costs.
With the rapid spread of WiFi wireless networks and the wide application of industrial-grade handheld terminals, it provides a more convenient and economical information management tool for the logistics and warehousing industry.
Project requirements
It is necessary to ensure that all warehouses have no dead corner wireless full coverage, which is divided into indoor and outdoor sections; It need to satisfy the automatic switching of access points during the wireless terminal's mobile process, and the network is constantly in line, that is, seamless roaming; The AP must support multiple SSIDs such as the office network and guest network. Different SSIDs have different network permissions and are isolated from each other. RFID warehouse management demands high wireless security.
As a data transmission link, the network relies on the company's existing management system to integrate wireless radio frequency technology, bar code technology and wireless computer network technology, and integrates advanced hardware and software systems.
With the RFID technology, the network can effectively manage the positions and assets of warehouses and goods yards. The RFID reader system can be used to automatically track the entire process of goods storage, delivery, and use, greatly improving the work. Efficiency, optimize the production process, and achieve the effect of “problem can be traced back and improve user satisfaction”.
Differentiated behavior records and audits for different users (groups), including web page access behavior, web posting, email email, IM chat behavior, file transfer, game behavior, stock behavior, online video, P2P download, etc. Details of the behavior, etc.
The agricultural product supply chain includes many links such as production, packaging, processing, distribution, and sales. It is a long and complex supply chain. The use of RFID technology in conjunction with networks and information systems for data collection and communication aims at improving the efficiency of information collection and transmission, effectively marking agricultural products, and integrating disparate information to achieve traceability.
In the production phase, the manufacturer stores the name, variety, origin, batch, pesticide application, producer information, and other necessary contents of the product in an RFID tag, and uses RFID tags to record the initial product information and production process. In the processing stage, the products are sorted using the information in the RFID tags. Products that meet the processing conditions can be allowed to enter the next processing stage.
In the transportation and warehousing phase, the route and time of the transport vehicles are tracked using RFID tags and fixed RFID readers installed along the way. Fixed readers are installed at the entrances and exits of warehouses to automatically record incoming and outgoing products.
In the sales stage, merchants use RFID tags to understand the status of purchased products and help merchants to implement product access management. At the time of collection, the use of an RFID handheld reader can confirm the price of a customer's purchase of a product more quickly than the use of a bar code, and reduce the waiting time of the customer.
When a problem occurs in a product, information such as the production, processing, transportation, storage, and sales of the product is stored in an RFID tag, and the content of the RFID tag can be traced back to the whole process, helping determine the problematic link and problem product range. . Using RFID readers to quickly find unsold products in the warehouse, consumers can also use RFID technology to confirm whether the purchased product is a problem product and whether it is in the scope of the recall.
With the rapid development of RFID asset management technology, the RFID asset management of jewelry is an important technology that facilitates inventory, sales, and improvement of management efficiency. Informationization of jewelry management will significantly improve the efficiency of jewelry companies, such as inventory, point warehouse, and warehouse And so on, in helping the company to complete the analysis of the information data of various types of product market acceptance, it can also check and verify the quantity of jewelry, reduce the loss rate of products, and manage errors.
The RFID asset management system mainly includes antennas, tags, UHF RFID readers, card issuing machines, back-office services, and related software. RFID asset management system has the characteristics of long-distance rapid identification, high reliability, high security, and easy operation. Here are some details:
1. RFID technology is simple to operate. The traditional jewelry management method is to read each jewelry card at a short distance. Now it is non-contact reading and writing, which can reach several meters or even ten meters. Reading is more convenient and efficient;
2. Industrial RFID reader Anti-pollution performance and durability, the current label waterproof, anti-pollution, durable, and strong anti-pollution performance;
3. The RFID tag can repeatedly add, modify, and delete data stored in the RFID to facilitate updating of the information;
4. RFID can penetrate reading and communication.
