Now, on Radio Frequency Identification (RFID: Radio Frequency IdentifiCation) has been a lot of talk, but one thing is clear, that is, the advent of RFID, is taking place due to the logistics revolution, is "complex network" development. Commercial and industrial areas of academics agreed that: If a company failed to catch the RFID purpose of his flight, the company will be a lot of damage.
RFID technology has been used for automatic identification and data collection systems, bar code technology is. Effective real-time RFID tags for retail supply chain management and smart labels
The use of very favorable.
RFID tags for the industry is more important than before. In the summer of 2003, the world's largest retailer Wal-Mart announced that its request 2oo5 years ago 1O0 top 000 suppliers in its container and pallet RFID tags must be used to require all other vendors: in 2006 to be completed this requirement . The U.S. Department of Defense has requested from the beginning of 2005 some of its suppliers in the smallest possible packaging using RFID electronic tags on the surface.
In the past, cost a lot of factors in RFID technology investments, especially in the retail industry. Today, the development of conductive ink can cost of each and every RFID tag costs.
Conductive ink to promote the development of the RFID labels to expand the market, but also to those who Flexo brings new opportunities. Conductive ink allows current flow so that the ink wire act, resistor or antenna. E-ink from a number of conductive particles of exceptional or more of the raw materials, such as: conductive polymers. This ink is used in flexible and rigid on the ground floor of the photoreceptor have Mode transmission. For RFID, conductive ink to serve as the antenna, to receive from the computer system that RFID radio the information flow. Conductive ink is the most well-known application of the circuit board is no need for copper corrosion. The results of their research has been used in RFID antenna of the high-speed printing process.
RFlD label is how the work of the
RFID tag contains two basic components: a silicon chip and an antenna. Chips used to transmit and receive data, such as through the antenna to launch the product ID. These can be used as part of the separate existence of labels can also be integrated into packaging materials. The chip data can be sent by the reader of the radio frequency signals to be read, reader and antenna with a computer connected to form an electronic module. Reader from its antenna to send a special signal to a particular region of RFID tags, these labels will make feedback (such as they are the only ID), after a reader sent after identification deal with computer networks. For example, a warehouse manager would like to know the types of products on the shelves or the number of products, this approach can be read on the shelf, check the inventory data in order to infer what the product is more popular.
The main power of the RFID tags can be divided into three main categories: passive RFID, semi-active RFID and active RFID. Passive RFID is the simplest, they are sent from the reader's radio frequency signal gain energy, without power, RFID is the most expensive form. Semi-active RFID and active RFID is the use of its internal power supply, which can be broader in scope from the sensor data to obtain records, electronic tags that are usually more complicated, with many excellent features, more expensive.
Electronic tags are divided into: read-only electronic tag and RFID-based reading and writing. Read-only electronic tags have been set up to identify a code identifier can not be changed, but in most cases can be read repeatedly. Can read and write electronic tags allow data in the label needs to be updated. Two types of RFID in different areas is different.
Supply Chain Management
RF1D technology, was talking about the most is that on the one hand, its supply chain management applications. If the use of bar code technology, bar code scanners to read the information must be in the supply chain of goods on-line tracking, which is also the amount of time spent on human consumption. For example, in a pallet there 3O goods need to scan bags, the use of RFID technology in a few seconds or more within a short period of time will be able to automatically record all the pallets of goods, the release of the labor force. Production more efficient. When the goods have been removed from the pallet, or goods placed on the shelf, the system will automatically update inventory and ordering more goods urgently needed. Shortage of goods for retailers and consumers are feeling a headache. As electronic tab for each of the goods are practical, the use of electronic tags to make the headache of the past. Automatic identification technology makes inventory management systems faster and in greater detail, reducing the cost of supply chain management. [Page]
Conductive ink role
In a wide range of retail RFID technology to promote the use of the main stumbling block on the full cost. Now, every RFID tag costs in the 30 ~ 6O cents on expensive products, an increase of 50 cents each product's cost is easily accepted, because RFID is a very good inventory management tracking device . In some low-cost consumer goods using RFID on the need to find a more expensive electronic tags. Just think, in a 2-dollar Ya Gaoguan 5O cents on the use of a standard electronic file, the cost is unacceptable.
Conductive ink used in RFID tag costs can be reduced effectively, mainly reflected in two aspects: First, the cost of raw materials, transfer ink to foil pressure lower than the traditional method or corrosion of the metal antenna. Traditional pressure or foil the process of corrosion process is a process of consumption, so the process would be a waste of some of the metal. On the other hand, is more important on the one hand, because of the high-speed printing process quickly and efficiently, the application of conductive ink printed antenna or circuit can be said that the program is optional, it is not only fast and relatively cheap.
It is committed to the use of RFID in the development of conductive ink in place of the frequency bands of etched metal antennas have been found in the ultra-high frequency (860MHz ~ 950MHz) and microwave frequency band (2450 MHz), with conductive ink printed antenna can be as traditional Copper antenna is as effective. In the high-frequency (13.56 MHz) need to attach additional physical steps to raise the temperature or electroplating, for example, can transfer printing ink antenna can be as traditional as effective as copper antenna. .
Smart Labels
Conductive ink can be used in smart labels. Smart labels with labels go beyond the traditional functions of the RFID tag contains, hidden or publicly or trademark protection indicator to remind users on the status of the sensor products. By virtue of its functions related to the ink into the structure of the label, to act as sensors and RFID antenna. Smart labels for manufacturers, distributors and consumers to understand real-time inventory. To help manufacturers to monitor their products in the supply chain and location of the situation played an important role.
Many packaged foods and pharmaceuticals must be a specific temperature or low-pollution conditions of storage and transportation. In the course of transportation can be smart labels to monitor the temperature of perishable goods, smart labels with a special chip, conductive ink antennas and sensors can measure the temperature during transport, warning suppliers to prevent changes in temperature.
Smart tags in the field of security also has great potential for the pharmaceutical industry is particularly important. Conductive ink is used in smart labels, packaging, inventory in the area of RFID, is also being used to test the retail inventory management.
RFID technology has been used for automatic identification and data collection systems, bar code technology is. Effective real-time RFID tags for retail supply chain management and smart labels
The use of very favorable.
RFID tags for the industry is more important than before. In the summer of 2003, the world's largest retailer Wal-Mart announced that its request 2oo5 years ago 1O0 top 000 suppliers in its container and pallet RFID tags must be used to require all other vendors: in 2006 to be completed this requirement . The U.S. Department of Defense has requested from the beginning of 2005 some of its suppliers in the smallest possible packaging using RFID electronic tags on the surface.
In the past, cost a lot of factors in RFID technology investments, especially in the retail industry. Today, the development of conductive ink can cost of each and every RFID tag costs.
Conductive ink to promote the development of the RFID labels to expand the market, but also to those who Flexo brings new opportunities. Conductive ink allows current flow so that the ink wire act, resistor or antenna. E-ink from a number of conductive particles of exceptional or more of the raw materials, such as: conductive polymers. This ink is used in flexible and rigid on the ground floor of the photoreceptor have Mode transmission. For RFID, conductive ink to serve as the antenna, to receive from the computer system that RFID radio the information flow. Conductive ink is the most well-known application of the circuit board is no need for copper corrosion. The results of their research has been used in RFID antenna of the high-speed printing process.
RFlD label is how the work of the
RFID tag contains two basic components: a silicon chip and an antenna. Chips used to transmit and receive data, such as through the antenna to launch the product ID. These can be used as part of the separate existence of labels can also be integrated into packaging materials. The chip data can be sent by the reader of the radio frequency signals to be read, reader and antenna with a computer connected to form an electronic module. Reader from its antenna to send a special signal to a particular region of RFID tags, these labels will make feedback (such as they are the only ID), after a reader sent after identification deal with computer networks. For example, a warehouse manager would like to know the types of products on the shelves or the number of products, this approach can be read on the shelf, check the inventory data in order to infer what the product is more popular.
The main power of the RFID tags can be divided into three main categories: passive RFID, semi-active RFID and active RFID. Passive RFID is the simplest, they are sent from the reader's radio frequency signal gain energy, without power, RFID is the most expensive form. Semi-active RFID and active RFID is the use of its internal power supply, which can be broader in scope from the sensor data to obtain records, electronic tags that are usually more complicated, with many excellent features, more expensive.
Electronic tags are divided into: read-only electronic tag and RFID-based reading and writing. Read-only electronic tags have been set up to identify a code identifier can not be changed, but in most cases can be read repeatedly. Can read and write electronic tags allow data in the label needs to be updated. Two types of RFID in different areas is different.
Supply Chain Management
RF1D technology, was talking about the most is that on the one hand, its supply chain management applications. If the use of bar code technology, bar code scanners to read the information must be in the supply chain of goods on-line tracking, which is also the amount of time spent on human consumption. For example, in a pallet there 3O goods need to scan bags, the use of RFID technology in a few seconds or more within a short period of time will be able to automatically record all the pallets of goods, the release of the labor force. Production more efficient. When the goods have been removed from the pallet, or goods placed on the shelf, the system will automatically update inventory and ordering more goods urgently needed. Shortage of goods for retailers and consumers are feeling a headache. As electronic tab for each of the goods are practical, the use of electronic tags to make the headache of the past. Automatic identification technology makes inventory management systems faster and in greater detail, reducing the cost of supply chain management. [Page]
Conductive ink role
In a wide range of retail RFID technology to promote the use of the main stumbling block on the full cost. Now, every RFID tag costs in the 30 ~ 6O cents on expensive products, an increase of 50 cents each product's cost is easily accepted, because RFID is a very good inventory management tracking device . In some low-cost consumer goods using RFID on the need to find a more expensive electronic tags. Just think, in a 2-dollar Ya Gaoguan 5O cents on the use of a standard electronic file, the cost is unacceptable.
Conductive ink used in RFID tag costs can be reduced effectively, mainly reflected in two aspects: First, the cost of raw materials, transfer ink to foil pressure lower than the traditional method or corrosion of the metal antenna. Traditional pressure or foil the process of corrosion process is a process of consumption, so the process would be a waste of some of the metal. On the other hand, is more important on the one hand, because of the high-speed printing process quickly and efficiently, the application of conductive ink printed antenna or circuit can be said that the program is optional, it is not only fast and relatively cheap.
It is committed to the use of RFID in the development of conductive ink in place of the frequency bands of etched metal antennas have been found in the ultra-high frequency (860MHz ~ 950MHz) and microwave frequency band (2450 MHz), with conductive ink printed antenna can be as traditional Copper antenna is as effective. In the high-frequency (13.56 MHz) need to attach additional physical steps to raise the temperature or electroplating, for example, can transfer printing ink antenna can be as traditional as effective as copper antenna. .
Smart Labels
Conductive ink can be used in smart labels. Smart labels with labels go beyond the traditional functions of the RFID tag contains, hidden or publicly or trademark protection indicator to remind users on the status of the sensor products. By virtue of its functions related to the ink into the structure of the label, to act as sensors and RFID antenna. Smart labels for manufacturers, distributors and consumers to understand real-time inventory. To help manufacturers to monitor their products in the supply chain and location of the situation played an important role.
Many packaged foods and pharmaceuticals must be a specific temperature or low-pollution conditions of storage and transportation. In the course of transportation can be smart labels to monitor the temperature of perishable goods, smart labels with a special chip, conductive ink antennas and sensors can measure the temperature during transport, warning suppliers to prevent changes in temperature.
Smart tags in the field of security also has great potential for the pharmaceutical industry is particularly important. Conductive ink is used in smart labels, packaging, inventory in the area of RFID, is also being used to test the retail inventory management.
