Package on basis of plastic or fibre, device, method and system of wireless data transmission by this package

TECHNICAL FIELD OF THE INVENTION

The present invention relates to a package based on plastic or fiber. Furthermore, the present invention relates to a wireless data transmission through the packaging or plastic fiber. The present invention also relates to a method for implementing said method and software of the wireless data package on the basis of plastic or fiber. Furthermore, the present invention relates to a system of wireless transmission of data packaging on the basis of plastic or fiber.

BACKGROUND

Existing packaging based on fiber or plastic (or based on fibrous materials, paper, etc.), designed for packaging goods and articles, use and storage conditions which is necessary to track, monitor and analyze requires human intervention or manual processing. Examples of such packaging include wrapping medicines, food packaging, for packaging various types of products, etc. For the proper application of and compliance with the conditions of use of packaged goods need to ensure continuous monitoring of characteristics such as the autopsy, the application procedure, the shelf life, the ability to store, package temperature treatment of packaging, as well as other factors. In this case the main problem of the use and application of this kind of information is necessary to transfer, collect and retrieve data about the package.

Known means for solving this problem proposed by Cypak and consist in the use of a special reader or a reader. However, the reader is exclusively specialized apparatus suitable only for a specific type of package that is compatible with the reader. Therefore, the area where the necessary information is obtained, for example, in the hospital or at the pharmacy, must be equipped with a special reader that can read data from the package, for example, instructions for use on the packaging of the drug. The fact that the reader should be custom-made and specially designed for the given package is a disadvantage. Another drawback of this known means for solving this problem is that the package must contain embedded fixed transmitter (and possibly the receiver) for the exchange of information between the package and a reader, the transmitter may for example be specifically incorporated into the packaging and can support RFID RFID technology (radio frequency identification), etc. Furthermore, users such as shop or pharmacy personnel must be trained in order operation reader.

In practice, there is a separate reader in this known means for solving this problem is a disadvantage, since, for example the aggregate value of the tool is a substantial part of the cost of the entire package; the reader may be lost, which would require the purchase of a new one; users need to teach the order of operation of the reader;

a reader associated with the action of human factors, that is performed manually, etc. All this requires the use of expensive, complex and / or slozhnovnedryaemyh technologies with respect to both the packaging and, in fact, the reader.

SUMMARY OF THE iNVENTION

Object of the invention is to provide means for continuous monitoring package having the advantages and great benefit.

A first aspect of the present invention is that the proposed packaging is based on plastic or fiber, comprising an interface for docking and connection detachably, the module with the packaging on the basis of plastic or fiber, wherein the module has a wireless transmitter, and the interface and the packing have conductors for transmitting information on the basis of plastic packaging or packing from this fiber to said module.

Another aspect of the present invention is that a system is proposed comprising a plastic-based packaging or fibers; module; server, wherein the interface provided in multiples on the basis of plastic or fiber, for mating and connecting said module to said packaging, wherein the module has a wireless transmitter, and the interface has conductors for the transfer of the package information on the basis of plastic or fiber from this package to said further module to said server via a wireless transmitter, whereby the data is sent to said server.

Another aspect of the present invention that provides a method comprising: receiving information through an interface designed for coupling and connecting detachably, the module with the packaging, wherein the module has a wireless transmitter, and said package based on plastic or fiber has conductors for transmitting information on packaging; transmitting data received from the package based on plastic or fiber, through said interface to said unit.

Another aspect of the present invention is that the proposed program comprising program logic for the wireless transmission of data packaging on the basis of plastic or fiber provides: receiving data through the interface for docking and connection detachably, the module with the packaging on the basis of plastic or fibers, the module has a wireless transmitter and based on said package or plastic fiber has conductors for transmitting information on the packaging; transmitting data received from the package based on plastic or fiber, through said interface to said unit.

Many different embodiments of the invention allow continuous monitoring of the packing based on fiber or plastic, which has a number of advantages. Furthermore, preferable structure is characterized by having conductors formed by means of printed electronics, for example in the packaging or in the interface, and allows to transmit wirelessly a system associated with the data on the package, the information obtained by these conductors, connected by a detachable module.

BRIEF DESCRIPTION OF DRAWINGS

Below is a description of embodiments of the invention, followed by examples with reference to the accompanying drawings.

1 shows an example of packaging based on fiber or plastic and with mating abutting with it a removable module according to an embodiment of the invention.

2a-2d show some of the embodiments in which the module can be joined with the packing in different ways.

3 shows an exemplary system according to an embodiment of the invention.

4 shows an exemplary module according to the embodiment.

5 shows an exemplary embodiment of the invention, the conductors, printed on the package.

6 shows a microcontroller according to an embodiment of the invention.

7a and 7b show the interface between the package and the module, according to one embodiment.

8 shows an exemplary embodiment in which the package can be more or much more abutting with it a removable module.

EMBODIMENTS

The following describes the invention based on some embodiments. One embodiment of the invention relates to a package based on fiber or plastic and to provide wireless transmission of data package of this packaging. The embodiment allows to make and use the package on the basis of plastic or fiber for the continuous monitoring of medication, open the package, the package is damaged, the shelf life of food, temperature and others. In one embodiment, it is possible to use the packaging based on plastic or fiber printed conductors (or wires), such as cardboard or plastic for reuse. The package contains interface for mating and connection with packaging removable module based on plastic or fiber. The module comprises a wireless transmitter, and the interface comprises conductors for the transmission of data package from the package based on fiber or plastic to the module. Packaging having one or more blocks of conductors formed by means of electronic or printed on the package attached to collect and transmit the data package. These blocks of data collection package can be, for example, switches, sensors, etc. Thus the removable module from the wireless transmitter unit can be connected and docked with the packaging on the basis of plastic or fiber. The module receives data on packaging of the unit with the printed conductors. The module is connected to a receiver system in a wireless manner, the receiver in the system can be transmitted to at least a portion of the data package. For example, a wireless transmitter module transmits a block of data in the package or information related to the contents of the package. Said module may also contain other components for standard applications, such as a memory unit, a central processor or application specific integrated circuits, etc. Furthermore, the module comprises a power source such as battery. In one embodiment, the processor may be adapted to control the current consumption of the module to reduce power consumption and to optimize its operation mode, such as by activating the transmitter module processor or the storage unit when receiving a command or activation signal. This mode of operation reduces energy consumption.

In one embodiment, the package has, for example, drug packaging, food et al., And is required to obtain this information on the package and / or its contents. Packaging has integrated docking station to the module. In this embodiment, a separate connector or a separate reader is needed. The package has a docking station or connector or transfer station for connection module for wireless data communication, such as mobile radio communication. Thus, the docking station is in the package, and it can be connected relatively small module with a mobile card, such as a GSM module (a portmanteau of global system for mobile communications -. A global standard for digital mobile communications), GPRS (from the English general packet. radio service - general packet radio Service) or 3G (from the English third generation -. the technology of the third generation mobile communication). Thus, the use in the package or means of printed conductors printed electronics provides a cost-effective design. Conductors are printed directly on the package and connect the docking station to the packaging means, made using printed electronics. In one embodiment, the conductors are printed on the plastic or fiber. In another embodiment, in addition to the above, or independently thereof, printed conductors in the contour cellular packaging, such as aluminum foil packaging medicament. Thus, the conductors perform the function of information carriers. The package may also have the structure in which the plastic or fiber portion comprises conductors and serves simultaneously ductor substrate and the information carrier. Otherwise, plastic or fiber portion of the package contains no conductors and serves as a substrate, and the recording medium performs the function of cellular contour part. In one embodiment, the conductors may be joined with the packaging, such tape guides of aluminum laminate pack may be joined with or be fitted into it.

In one embodiment, the package comprises an integrated circuit of Cypak, which transmits the data to the module through conductors formed in the package, based on fiber or plastic printed electronics means. To transmit data to the server unit used in a mobile communication channel. This allows, for example, to transmit data from packaging medicines in health centers. Otherwise Cypak of integrated circuit is not used, and the module is connected by printed conductors. In this case, the package containing switches, etc., made of printed electronics means, and transmits the data directly to the docking station and the module connected thereto.

1 shows an embodiment of a package 100 based on fiber or plastic with abutting or mating removable module 104. Package 100 based on fiber or plastic contains conductors 101 printed on the carton, such as switches, cables, electronic components, or fragments thereof, and so on. n. executed printed electronics means or the like. 1, packing 100 is disconnected from the unit 104, so that interface 102 is not active, and information such as a current or pulses between the package 100 and the module 104 is not transmitted. Preferably, the packing 100 may be detached from the module 104 and module 104 may not be a fixed or integral part of the package 100.

2, package 100 is docked with the module 104. Thus, the packing 100 is connected to the module 104. In this case, the interface 102 of the package 100 into the module 104 can provide status information 106. For example, information 106, for example in the form of electrical current across the interface 102 transmit and receive unit 104 in the printed conductors 101 in the package 100. Alternatively, when the module 104 is connected to and docked with the packing 100 via the interface 102 via leads 101 information package 106 loaded into the unit 104.

Module 104 may be joined with the packing 100 in various ways. Some examples are shown in Figures 2a-2d, and the present invention is not limited to these embodiments, which are intended only to illustrate various uses of the present invention. As shown in Figure 2a, package 100 can be connected to the module 104 through direct connections. Package 100 may be bent so that the docking station is provided for the module 104. In this case, the packing support unit 104 creates and mechanically joined to it. Package 100 may be inserted into the module 104 so that the package and / or module 104 are joined to each other and provide support. As shown in Figure 2 with the module 104 can have a slot or recess in which the packing 100 may be inserted and in which the packing 100 may be fixed. As shown in the example of Figure 2d, package 100 can capture module 104 and connected thereto via an interface 102. Further examples of compounds of docking and packing module 100 and 104 are shown with reference to Figure 7 and / or 8.

Figure 3 shows a system in which the module 104 coupled to the packing 100, 106 transmits information associated with packing 100 in the server 200 wirelessly 201. Information 106 is transmitted to the module 104. The module 104 receives information 106 from the packaging unit 100. 104 sets the server 200 wireless connection 201. The wireless connection can be a compound of a GSM, GPRS or 3G connection or other similar connection. Information is transmitted on to the union 201 in the server that receives the information. Information from the package 100, thus, the system can be used. Preferably, the standards used in the system without requiring the use of a separate reading device, with the module 104 can directly transmit data to the server 200. For example, as a healthcare information item may be transmitted on the medications taken by the patient, the time of receipt etc . Similarly, the warehouse store may enter data on the transport system, the temperature or the state of the package or any other related information.

In one embodiment, to transmit information from the module 104 to the server 106 wirelessly 201 to 200 may be preferably used a text message or similar short message transmitted in a wireless manner, for example SMS-message (from the English short messaging service -. Short Message Service). It is preferable to users, in particular (in a separate case) patients can be accurately identified by SIM- card (from the English subscriber identification module -. Subscriber Identity Module) by means of packet data. Thus, SMS users can also accurately identify the system. Preferably, the SIM-card can be used for reliable identification and authentication.

FIG. 3, signal 201 coming from the module 104 is recorded in the server receiver 200. Alternatively, the server 200 can be regarded as central. In one embodiment, the server 200 is part of a router, or a central server, or computer, or similar equipment. server located close to the receiver module 104 to enable wireless data transmission, such module may reside in the coverage area of ​​the mobile communication network. When using the router 201 is transmitted from the signal receiver in a first router, then the router in the next and so on until, until the server 200 goes on.

In one embodiment, server 200 comprises a receiver, the server 200 may be a wireless terminal equipped with the necessary system and readout apparatus, or may be a stationary unit from which the information is transmitted by wire to the central terminal or server. The resulting signal is processed by the terminal software, and information such as data on medicines is automatically routed to the appropriate system, for example in the health information points or in the data processing system of the patients.

FIG. 4 shows an exemplary embodiment of the module 104. The module includes a power supply 1042, modem 1044 and 1040. The microcontroller unit 104 is encased and is portable, it is possible to perform various manipulations independently and separately from the package 100. The modem module 104 1,044 can be designed for mobile communication, for example, GSM standard, GPRS, 3G, etc. Preferably, in one embodiment, module 104 is a module in a plastic housing GPRS network for transmitting data corresponding CE / EN standards (European standards), abutting with an "intelligent" user package 100, such a medicament package. In one example, can be used 4-frequency GPRS module. Preferably, for most of the time to minimize power consumption it module 104 is turned off, and is activated by the microcontroller 1040. The microcontroller 1040 if necessary may be for example an 8-bit device. The microcontroller 1040 is connected with packing 100 via the interface 102. The microcontroller 1040 receives package information 100 106, on the basis of which it is controlled. In one embodiment, microcontroller 1040 obtains the tablets from the package receiving medicament, which receives information from the printed conductors 101 on the package 100, and detects, for example, pressing buttons on the package. Based on the information managed by the microcontroller 106, for example, the following processes, parameters and devices:

power, battery, real time, a reminder alert signal, data transmission unit 104, and others. Thus, the package may contain only printed conductors 101 and may not contain active electronic elements. For example, in the case of a drug packaging we can talk about a set of buttons and recognition extrusion tablets. To monitor the status button 36 (or 36 extrude tablets) package may comprise, for example, 12 or 10 output lines. In this case, module 104 may provide continuous monitoring of the pills during the day, with the software of the microcontroller 1040 are recorded approximate time of day corresponding to the tablet receiving, for example up to an hour. Preferably, in order to reduce power consumption and cost of other electronic components of the microcontroller 1040 does not contain an accurate real time pulse generator, however, time synchronization takes place when a connection is a modem 1044, and the timing means only inexpensive microcontroller internal clock generator 1040. Thus , the time pulse generator module 104 counts the time with sufficient accuracy.

Figure 4 shows that the module 104 includes a power supply 1042 such as Li-Ion battery that provides electricity to the module 104. The module 104 Power consumption is controlled by an 8-bit microcontroller 1040. Most of the time the microcontroller 1040 keeps mobile modem 1044 off. A communication session is performed, such as once or twice per day. At this point, the microcontroller 1040 is activated and then sends a command to activate a modem 1044. With the active compound and the current consumption is increased, such as about 200-500 mA. At a certain time interval compound current consumption can also add up to 100 mA, which reduces the consumption of electricity supply in 1042.

Thus, the communication can be established, for example, once a day. Naturally, other periods are possible, and the present invention is not limited to the examples shown herein. Thus, the compound can be adjusted as infrequently as once a day, and / or duration of the connection may be by necessity small. Furthermore, it may be taken into account signal strength and throughput of mobile communication network.

1040 microcontroller module 104 collects information 106 received from the conductor package 101 100. For example, the microcontroller 1040 may collect event data, such as pills, as well as to register by clicking on the button O 1040 microcontroller from sleep mode by interrupt. When the input signal is received on conductor 101, eg pulse, the input signal is transmitted to the microcontroller. Otherwise, the microcontroller remains in a sleep mode with low power consumption. Otherwise, the microcontroller 1040 controls the conductors 101 and also in the sleep mode. The microcontroller 1040 may also maintain a count approximate real time. Based on this time may for example register pills. If necessary, the time counter can be reset when connecting to the server 200. At this time, the pulse generator, even low accuracy provides a sufficiently accurate control of time.

In one embodiment, module 104 may generate a data packet for sending a small file. In the period of active compound for communication with the server 200, a file to be transmitted by the mobile network, the module 104 uses the modem 1040. At the same time, timing pulses timer module 104 can be synchronized with the time information received from server 200.

The module 104 comprises electronic means necessary for the functioning of the packing 100 and battery 1042 provides power to the module 104. The module 104 is connected directly to the printed conductors on the package 101 through the interface 102. It is preferred that when emptying packaging 100 modules 104 can be installed on another package 100 ' . Thus, a reusable module 104 is subject to re-use and does not harm the environment.

In some embodiments of the invention, the battery 1042 in the module 104 may be characterized by the following parameters uptime:

<tables num="1"><table frame="all"><tgroup cols="3" rowsep="1" colsep="1"><colspec colname="c0" colwidth="58mm" /><colspec colname="c1" colwidth="58mm" /><colspec colname="c2" colwidth="58mm" /><tbody><row><entry align="center" rowsep="1" colsep="1">Battery Capacity mAh</entry><entry align="center" rowsep="1" colsep="1">Lifetime, days.</entry><entry align="center" rowsep="1" colsep="0">Lifetime, months.</entry></row><row><entry align="center" rowsep="1" colsep="1">750</entry><entry align="center" rowsep="1" colsep="1">110</entry><entry align="center" rowsep="1" colsep="0">3.5</entry></row><row><entry align="center" rowsep="1" colsep="1">1000</entry><entry align="center" rowsep="1" colsep="1">150</entry><entry align="center" rowsep="1" colsep="0">5.0</entry></row><row><entry align="center" rowsep="1" colsep="1">1200</entry><entry align="center" rowsep="1" colsep="1">175</entry><entry align="center" rowsep="1" colsep="0">5.7</entry></row><row><entry align="center" rowsep="0" colsep="1">1500</entry><entry align="center" rowsep="0" colsep="1">220</entry><entry align="center" rowsep="0" colsep="0">7.0</entry></row></tbody></tgroup></table></tables>

In these examples, the lifetime of the battery 1042 is designed to work with the active compound for one minute per day. The foregoing values ​​do not limit the invention and are not binding on the contrary, they may vary in length depending on the compound, the electric power consumption, the compounds period, etc.

In one embodiment, the modem 1044 is a 4-band modem (850/900/1800/1900). Module 104 further comprises a housing, through which it is joined with the packing 100. In addition, the module 104 includes a battery 1042 and charging circuit shielding, radio antenna, loudspeaker signal (audio) and a connector for the SIM-card. The physical dimensions of the module 104 may be, for example 33 mm × 33 mm × 3.3 mm. Naturally, the module may have different sizes, and the invention is not limited to the size of the specified values. Depending, for example by the battery size 1042 enclosure sizes may be 60 mm × 40 mm × 8 mm or 60 mm × 40 mm × 4 mm.

In one embodiment, the battery capacity is 1042 1500 mAh may vary depending on different applications package 100. For example, if the battery 1042 is supplied with stringent requirements for transmission of the package data 100 to the server 200. Of course, the battery capacity 1042 food packaging and also 100, and includes a microcontroller unit 1040, power control, energy savings can be achieved, and the capacity of the battery 1042 can be reduced to 750 mAh and to lower values. Thus, if necessary, the battery life may exceed one year. Battery capacity 1042 is not a limiting factor for the present invention and may vary depending on different applications. Preferably, the microcontroller 1040 controls the operation unit 104 and the packing 100 in power saving mode.

5 shows an example of the invention in which the conductors 101 are printed on the package 100. In the example shown in Figure 5, the conductors 101 formed on the package 100 by means of printing technology. The conductors 101 comprise, for example switches or buttons 32, printed on the package 100, which may be in a "closed" or "open", or other states. These buttons or switches on the serial bus is transmitted from the package 100 to the modem module 104 in 1044, from where they enter the server 200. The microcontroller 1040 may identify the used button or switch used, and register the time of use. For example, communication can be established twice a day. The transmitted data may comprise information on time of use and an identification mark corresponding switch or a corresponding button. In this case, the server 200 provides the identification of events that occurred with the package 100. Preferably, that likewise identification SIM-card can be made.

In one example, the amount of data transmitted at a time may be 16 kb. The server 200 may also receive information about the temperature. Thus, in one embodiment, an approximate waiting time and work in one operating cycle a charged battery module 104 may be at least 4-5 weeks.

5 shows that the conductors 101 form a resistor matrix switches. Alternatively, the conductors 101 may be directly used to form extruded switches. Furthermore, the module 104 may comprise a buzzer to sound an audible signal, for example, if for a certain period of time through conductors 101 is not received information 106, as the patient, for example, has forgotten to take a pill. Preferably, the conductors 101 may be printed on the package 100, which is characterized by economic expediency. The values ​​of electrical quantities that characterize the work of the conductors 101 may be, for example, about 3 V and 40-80 mA. Further preferably, the voltage may be reduced, for example, to 1.5 V.

5 illustrates an embodiment of the invention shown and docking point 102 and PCB layout of switches 1010 and 1010 '. Figure 5 shows the location of a button or switch 1010 or the like. The switch 1010 is in an open state, and the switch in the closed 1010'-. Thus, information can be collected on the application package 100 and information 106 may be transmitted to analysis.

Packaging conductors 100 and 101 may be formed on a cardboard substrate on which the necessary wiring, switches, sensors and buttons 1010, 1010 'are formed by printing or similar techniques. Job switches and buttons can be based on the effects of touch, capacitive coupling, piezoelectric or some other related effects.

In one embodiment, the conductors 101 are printed on the package by the technology described in W02009 / 135985 document. In one embodiment, conductors 101 are made of cardboard packaging in a pattern of electrical elements supported on cardboard. Furthermore, in the general case, in another embodiment, the conductors 101 are made of cardboard packaging in a pattern applied on cardboard.

In the example shown in Figure 5, in one embodiment, conductors 101 are connected with the packing and are, for example, tape guides of aluminum laminated package 100 stacked with or built into it.

6 shows a microcontroller 1040, according to an embodiment of the invention. Otherwise, reference may refer to the controller 1040. The microcontroller 1040 is a unit with a relatively small current consumption and is designed for low-power options to apply, characterized by, for example, the following parameters of power consumption: 150 mA / 3/1 MHz (clock speed). In one embodiment, the current consumption of the microcontroller 1040 in the sleep mode is about 10-50 microamps. However, the invention is not limited to these values, and this value may vary for the microcontroller. For example, the microcontroller 1040 is a unit with a relatively small input current, designed for low-power applications. Reading of information transmitted over the conductors 101, made by ADC or, otherwise, through input-output pins. The microcontroller 1040 contains calibrated capacitive-resistive generator, so the processor does not have to be a semiconductor chip. The microcontroller comprises an 8-bit RISC-CPU (from the English reduced instruction set computer -. A computing device with reduced instruction set computing) processor, or the like, what is therefore provided a sufficient number of channels to connect the conductors to the processor 101 and microcontroller 1040. In addition, the use of MCU 1040 is characterized by very low production costs. The interface between the microcontroller 1040 and the modem 1044 may be a UART interface (from the English universal asynchronous receiver-transmitter -. UART) or the SPI (from the English serial peripheral interface -. Serial Peripheral Interface), which provides serial data communications during 1044. In addition to the modem UART and SPI interfaces can be used by other similar interfaces. The microcontroller 1040 is a programmable, so for communication and logical interaction between the conductors 101 and the modem 1044 may be implemented by a variety of functions and logical operations. Thus, the microcontroller 1040 may have additional features programmed into it.

7a and 7b shows the interface 102 between the package 100 and the module 104 according to one embodiment. 7a shows the contact interface area 102, which contains electrically conductive contact points 1020 (Figure 7a on the circumference). The points of contact 1020 may be projections or recesses are flat surfaces. Their shape need not be circular. Diameter of the contact point can be for example 2 mm. The distance between adjacent contact points may be, for example, 2 mm. Size recess protrusion should correspond to the size of the protrusion and can be, for example about 4 × 2 mm. One example of the physical dimensions of the interface 102 is a range of 30-40 mm × 40-45 mm. These values ​​are only given as an example for explaining an embodiment of the invention. It is understood that the values ​​can be modified and varied depending upon the particular application and the present invention is not limited to these values.

Interface 102, and, consequently, the packaging module 100 to 102 may be disconnected when subjected to forces directed in opposite directions. Interface 102 may be strengthened by means of connecting elements 1021, wherein if the edges are quite thin, the interface 102 can be disconnected by breaking. The gap is not necessary. To disconnect can be used appropriate tools.

Packing module 100 and 104 can be connected with each other so that when one of these insertion sites in the other coupling is ensured by the corresponding dimensions of objects. Additionally or alternatively, the internal surface of the slot may have a flexible bottom that exerts influence on the pressing part, and is formed in the contact points 1020 and 100 connected to the packing unit 104. To create an additional pressing force can be used, such as a spring or rubber 700 element.

8 illustrates an exemplary embodiment in which the package 100 may be greater than or much greater abutting with it a removable module 104. Thus, according to a variety of embodiments using the module 104 can be controlled more goods and objects in package 100.

It should be noted that the various described embodiments for packaging or plastic-based fiber. In some embodiments, the packaging material based on plastic or fiber comprises cardboard. In other cases, based on fiber or plastic packaging material may comprise, for example paper or other similar material. The plastic, polymer film and similar materials can be used as an alternative to the fiber in one embodiment. Regarding the embodiments to be noted that the fiber and plastic can also relate to at least the above-mentioned materials and their equivalents. Thus, the substrate 100 may be nearly any insulating material which is formed into a planar shape, a fiber, the fiber mesh, cloth, wallpaper, coatings, bio-materials, ceramic substrate, glass, and so forth. The substrate 100 may be coated or uncoated and may have a substrate of wood or other substrate. Each substrate is used in packaging, has its own advantages and disadvantages that should be taken into account. Regarding temperatures, the substrate can withstand such a temperature level of 200 ° C, especially up to 250 ° C, preferably to 300 ° C, taking into account the melting point or deformable material.

Furthermore, it should be noted that in addition to applications in health care, many embodiments of the present invention can also be used by other service subscribers and users systems. Packing medicine with its continuous monitoring and data collection is just one of many possible embodiments of the present invention. The present invention may be used in systems such as general purpose data collection. Can read different time stamps related to packaging. It can provide continuous monitoring of the temperature of the package, the load on the packaging, etc.

Results and scope of the invention

Details are set forth in the above description are only for explaining the invention and should not be construed as limiting the scope of the present invention. It should be noted that many details may be combined in various ways in one or more embodiments of the invention. Skilled person will appreciate that the equipment is subject to various modifications and alterations without departing from the characteristics or spirit of the present invention.