Smart label for identification and identification

Smart label for identification and identification

Applications of smart label technology

1- Why smart label? Considering the issues of resistance economics and the need for careful planning and control of domestic products and imports The product, the ability to control operating and storage conditions, especially temperature and humidity is very important. Large volumes of imported / manufactured goods before they reach the craftsman / consumer, due to incorrect storage conditions, non-uniformity of temperature and humidity of the storage environment in different corners or improper transportation, spoil or reduce its impact.

Also a large number of parts are replaced before they have reached the end of their service life. Sometimes, not knowing the operating conditions causes excessive use of goods and damage to machinery. This makes the quality of products made of this type of goods or their service life is greatly reduced and is not comparable to foreign competitors. Also, in some facilities, it is not possible to break into all places or it is dangerous for the personnel. This in turn causes damage to part of the factory facilities and its early depreciation.

Today, due to the large volume of production and import of meat and protein foods, dairy, health items, cosmetics, automobile accessories Spare parts, military equipment, industry and other related items are needed to provide equipment to control the storage or use of such items. The most common factors considered to control the storage conditions of the above items are temperature, humidity, pressure, light, vibration . Record a product or device and transfer it to the user when needed. This achievement has been patented as a smart label with registration number 96125. Different types of sensors can be installed on this label and different measurements can be made by it. The software is formed (Figure 1), the label part of which is installed on the desired product. The label includes the packaging, the battery, the communication module, the chip mount and the sensor. Label work depending on the type of sensor installed on it (such as temperature and humidity, ..) from the minimum recording of ambient temperature conditions to measuring working conditions and use of goods in the specified range and wireless data transfer through scanners and software It is wide to the user at any time.

Figure 2: Different parts of the label 1) Package 2) Battery 3) Communication module 4) Chip installation location

5. Sensor 6 Reader

In fact, this structure is something like a mobile phone, which by changing the software, allows you to create a variety of infrastructure. The main specifications of the product in question are as follows:

This system is powered by a thin battery and has storage memory. Itable or disabled by the user to start The data is labeled and recorded. At any time, the label data can be read by the scanner and the device software without separating it from the product / part. Recorded. The manufacturer's notes tag (such as ingredients, conditions of use, safety recommendations, expiration date / production, etc.) can be recorded as text and transmitted to the customer. Data tag Transmits the recording wirelessly to the user via scanner, computer or mobile. Customer can delete the tag data at any time and reuse it for another purpose. User tags Schedule and customize for the following: Determine the upper and lower limits for the sensor measurement range Determine the data rate from a few seconds to 24 hours Set the time and date and… This tag has application software Depending on the user's needs, it is offered in different modules. Some of the achievements of the products in question are as follows: From the parts during operation and cost reduction Possibility of creating a preventive maintenance system effectively Increase the health of consumer goods and as a result the community, especially in health, food, pharmaceutical goods Operation of maintenance management, Transportation and use of goods Increase the quality of manufactured goods due to improved storage, production and transportation of raw materials Possibility to create a home / factory / smart office system with great ease and implement integrated management and… 3- Introduction of technology and areas of application The technology used in making labels is a combination of MEMS and nanoelectronics. Microelectromechanical systems (MEMS), as the predominant design technology, are micron-sized components that can sense and deal with physical and mechanical factors.

This label is a platform with the ability to install various sensors. It's on it. Just like mobile, which is a good platform for a variety of apps with a variety of uses. By installing different applications, mobile can be used for different purposes. For this reason, the applications mentioned in this section will not be the only conceivable applications for this invention, and depending on the creativity of the user, it can be used in different ways. The inventors have divided the applications of this label into four groups:

Figure 3: Types of applications of the label: a) Proper storage of food (temperature and humidity sensors)

b) Soil moisture measurement (humidity sensor)

c) Monitoring the amount of available goods (weight sensor)

d) Evaluate the mechanical life of parts (shock, temperature and sound sensors)

e) Intelligent storage (temperature and humidity sensor) \ r ...