TWI422366B - Interactive smart package-associated device for anti-counterfeit and compliance measures, interactive smart package, and method of providing real-time health care management system - Google Patents

Description

Interactive Wisdom Pack - Anti-Counterfeiting and Compliance Measures Associated Devices, Interactive Wisdom Packs and Offerings Time health care management system approach

The present invention relates to a smart system that includes a product package with a signal generating device and associated devices that facilitate the presence or absence of a product in the package.

The interactive smart package and associated device further ensures user login and identification, authentication & login of the package, instant feedback to and/or instant interaction with the user and/or user of the integrated system connecting the various user entities. Ensure effective and safe user compliance measures.

Anti-counterfeiting is a global growth social threat that spreads the market, tracking the authenticity of packages and products for immediate relevance. It has been reported that the forgery and sales of counterfeit goods continue to increase by 5-7% (US$25-35 billion) in world trade. It should be noted that during the period 1990-1995, world trade grew by 47%, while counterfeit products grew by 150% (Briefing on Counterfeiting). , AIM Papor 1999). Consumers must be given a simple way to falsify the detection of packages/goods, and to further enable and ensure that consumers receive the desired product compliance. The choices that can be made to consumers today are based on the regulations provided in the product package. Or information, in the absence of any user interaction system, users generally rely on their memory about the product dose, frequency of use, and so on. Fully prove that some of the system’s expectations are: Establish the authenticity of face-to-face information about the manufacturer, date of manufacture, expiration date, etc.; Product information and instructions for its effective use; Prescription and dosage instructions for use, recommended frequency of use, and related preventive measures; Record product usage history for tracking and support services; Instant expert support when needed.

Many priorities for security labeling on products or packages, auto-labeling of unit product packages, unique color unit product packages, color-changing inks, multi-color printing, etc. have been used without any system to ensure adequate certification.

Moreover, it is desirable to provide the user with a system of instant expert support that automatically obtains instant product usage and user feedback. For tracking and expert support, such immediate user-related feedback is important to manufacturers and/or researchers of products under consumer trials/clinical trials to better understand product features and functions, especially in their effectiveness. Sex, side effects, and drug claims utility, and so on.

Many efforts have been made in the past to achieve some of the above characteristics.

U.S. Patent No. 6,961,285 discloses a drug delivery management system for guiding a user/patient to take medication and for assisting a third party to collect information about the patient's drug intake, the system comprising a portable drug for use with an instrumented drug pack. The monitor provides an ingestion data acquisition and patient support system that can be further connected to a computer or computer network for information distribution between the medication monitor and a third party, such as a physician and a pharmacologist. This prior art more specifically details a monitoring system for drug monitoring having a medicine packaged in the form of a specific blister and the ability of the blister to monitor drug access and transfer signals to another monitor, the system Failure to certify the packaged drug product also does not provide user-reward feedback on the user's observation, display and feel of the product used on an instant basis.

U.S. Patent No. 5,412,372 discloses a portable pharmaceutical delivery dispenser that monitors dispensing time, including medical therapy compliance provided by standard market blister packs, standard blister packs, and individual, disposable sensor panels. Loaded in a small housing comprising a supervisory electronic device, a viewable display, and an audible alert, the sensor panel including an electrical or optical sensing area corresponding to each individual portion of the blister pack, in the dispensing dispenser The electrically conductive or optical connector of the housing allows for periodic scanning of the sensor board circuit by the control circuitry of the dispensing dispenser housing without the need to add a connector assembly to the freely usable sensor board. When the drug is delivered through the back layer of the standard blister pack, the electrical or optical parameters associated with the corresponding region of the sensor plate are altered, thereby allowing the control circuit to monitor the dosing event, and the patient compliance data can be stored. The report is then remotely reported via a light or interface between the dosing dispenser and the external system for review by the pharmacist/physician, which focuses on alerting the user when to take the drug from a particular unit dose package containing the desired item. The issue, but the product cannot be certified, user interaction and feedback are obtained. The system is specific to the form of the package and lacks the desired elasticity of the different types of packages for drugs containing different types, forms, sizes and shapes.

U.S. Patent Nos. 6,839,304 and 6,411,567 disclose a drug delivery management system for managing the delivery of a drug from a blister pack comprising a plurality of small container chambers arranged in a lattice, each small container chamber being sealed by a rupturable wall and containing a unit The dose of the drug, the user obtaining the drug in the known small container chamber by opening the associated rupturable wall of the known small container chamber. A separable guide system is placed adjacent to each of the rupturable walls, associated with the known small The detachable conductor of the container chamber ruptures when the perforation is associated with the rupturable wall of the known small container chamber, a computer chip electrically connected to the detachable conductor, the computer wafer being monitored by monitoring each of the separable conductors Breaking to perceive perforations in each of the cell compartments of the cell structure, an RF transmitter coupled to the computer chip, the RF transmitter transmitting information corresponding to the use of each drug stored in the blister pack to a remote location Information receiver, the system is specific to the blister form of the package. The main limitation comes from the use of the un-isolated layer to incorporate the separable conductor, since the non-isolated layer is in direct contact with the drug, making the material acceptable to the competent authority prior to use, and the manufacturing method is complicated. The system is also limited and also focused on user compliance and lacks the most desirable user interaction and feedback aspects. Incorporating the remote device into the packet for receiving and transmitting makes the packet large and difficult to control and for business. Developed as impractical, another limitation of this system is that it does not emphasize the customization of a customized product package via a unique product.

It is to be noted that the drug delivery management system disclosed above mainly focuses on monitoring/tracking the delivery/drug of the drug to the patient and assisting the patient to obtain drug compliance, and it is not possible to perceive the presence/absence of the product in the device. . In the prior art, the packet structure lacks the provision of signal generation, and this signal generation facilitates the easy perception of the presence/absence of the product in the packet.

Indian Patent Application No. 171/mum/2006 overcomes many of the shortcomings of the prior art and discloses a packet-companion-user interaction system in which a row of signal generating devices and signal sensing devices are provided to the accessory device for receiving and reflecting The signal generated by the signal generating device senses the presence/absence of the product in the packet. In this system, a row of signal generating devices is provided with the signal It is necessary for the sensing device to operate together, in which the plurality of generated signals (generated by the signal generating device) are reflected to sense the presence/absence of the product in the packet.

The present invention provides an interactive smart package-association device that avoids the use of a row of signal generating devices and corresponding reflection/signal sensing devices as disclosed in the Indian Patent Application No. 171/mum/2006 to detect products The presence/absence of the packet and the desired characteristics.

Moreover, the present invention also provides an effective solution to the anti-counterfeiting of all kinds of encapsulated medical drugs at various levels of supply keys and provides compliance assistance to the end user.

SUMMARY OF THE INVENTION A primary object of the present invention is to provide a smart packet-association device that avoids the use of a series of signal generating devices and corresponding sensing devices to sense the generated signals at the device.

Another object of the present invention is to provide a versatile product package having built-in features that enable the presence/absence of products in the package to be detected via an interactive work device having the associated device.

Another object of the present invention is to provide a smart package capable of generating a magnetic field.

Another object of the present invention is to provide a smart package capable of generating signals based on electrical and/or electromagnetic fields.

Another object of the present invention is to provide a smart package capable of generating an audio/sound signal.

Another object of the present invention is to provide an interaction with a smart package to detect a seal An associated device for the presence/absence of a product in a package.

Another object of the present invention is to facilitate user interaction with the associated device and packet to provide user compliance, login and identification, authentication & login of the packet, instant feedback to and/or user interaction capabilities.

Another object of the present invention is to provide a smart package capable of generating electricity, electromagnetics, light, lasers, images, images, and the like.

Another object of the present invention is to provide a smart package capable of generating an audio/sound signal.

The system according to the present invention comprises: an interactive smart package-association device comprising a smart package for carrying a product and the smart package for communicating with an associated device, the smart package comprising a plurality of container rooms for containing products Each container chamber is sealed or selectively sealed, the plurality of container chambers and/or seals being non-electrically connected; signal generation for transmitting information about associated devices of one or more container chambers Device; the wafer, the wafer is selective when the signal generating device itself is a wafer and an optional transmitter and/or receiver device; the associated device includes a frame for communicating with the smart packet; detecting the signal Generating a signal sense of a signal of the device, the signal sense selectively including an acquisition device configured to input, store, output, decode, and process data, and a communication device for communicating with an external data record; wherein the signal generation device is Placed in the package so that the device is In communication, the signal generating means provides information relating to one or more container compartments to the signal sensing means at the associated device and optionally the data is communicated externally to the system for comparison with the external data record information the goal of.

The features and advantages of the invention are apparent from the following detailed description and the preferred embodiments.

A system including associated devices and packages is illustrated in Figure 1, Figure 1a and Figure 1b, the associated device comprising a portion 1 and a selection portion 2, the preparation portion 5 being provided to receive/place/place the product package 20. In one of the various variations, the preparation 5 is provided/integrated in the slot 1 itself. In another variation, the preparation 5 is provided between the portion 1 and the portion 2 of the associated device, and a reading device includes one or more sensors 3 provided to the portion 1 and/or portion 2 of the associated device. When the product package is inserted/placed in a nearby location/placement/located/guided at a special location of the preparation 5, the sensor-sensing signal/detectable is generated by the signal generating device/component having the individual signature of the smart package Signature, the package contains one or more binders to contain the product and the device that accesses the product. One or more of the signal generating devices/components with individual signatures are provided in the portion, preferably the closeness of the packet such that when communicating with the device, the signal generating device provides information relating to one or more container chambers Data to the signal sensing device at the associated device. Moreover, removing product from the package from one or more container chambers results in partial and/or complete removal, separation, elimination, activation/deactivation of the signal generating device, or changes in the visual characteristics of the package, features/physics change Chemical. When the product is present/absent in the packet, the signal/detectable signature generated by the individually signed signal generating device/component is detected by the sensor 3 to sense/display the presence/absence of the product. The packet is also removed/broken and/or activated/deactivated and the signal generating device is also removed when the product is removed from the package.

One of the specific embodiments of the package 20 is shown in Figures 1(a) and 1(b), the package comprising a first film/sheet, wherein one or a plurality of close spaces (container chambers)/containers 21 Forming a first surface (not shown) of the first sheet, comprising the product, wherein the container is customizable to one or more corresponding openings of the second surface (not shown) of the first sheet The means for accessing the product is in the form of a second rupturable film/sheet (closer) 22 that encloses the container/container, wherein the portion of the closed film that is correspondingly/stacked in the container/container portion will Rupture/Removal When removing the product. The second sheet is sealed/joined/fixed/attached to the unformed portion of the second surface of the first film to close the opening and seal the product to the upwardly upright container/container bladder. The first sheet is formed of a first material and the second sheet is formed of a second material that is more easily perforated than the first material, wherein the first sheet is formed of a tortuous material and the second sheet material is The tortuous material is easier to comply with. When pressure is applied to the container bladder/container to remove the product contained therein, the rupturable closure portion of the second sheet deforms and ruptures to allow the product to exit the container bladder. A circuit (wafer) 24 capable of data storage and processing is attached/embedded in/on the package, and data is used offline or online during the package, such as manufacturer source, date, manufacturing lot, and product. Data such as pre-encoding the electricity Road/wafer.

Figure 1(a) shows a front view of the package and a side view of the section (along section BB). As seen in the side view of the section, one or more magnets 23 (components with detectable signatures such as magnetic fields) are tightly closed/placed/attached to the second sheet/jabber 22 and relative to the phase containing the product The opening corresponding to the upright container/container bag is as shown in the figure. The magnet produces a signal of a magnetic field of a particular intensity (measured in Gaussian), and when the product in the container is removed, the seal ruptures the corresponding magnet along the bonder resulting in a particular area of the removed product The signal (magnetic) is lost.

Figure 1(b) shows another variation of the packet showing a front view and a side view as seen from direction D. The second sheet/jabber 22 is provided as a magnetic material in the form of a layer such as a magnetic ink (a component having a detectable signature such as a magnetic field) having a specific strength in the region 25 oppositely opening to the corresponding upright container / The container capsule, as shown in the figure, generates a signal (measured in Gauss) in a magnetic field of a specific intensity, and when the product in the container capsule is taken out, the rupture of the binder causes the ink region to be broken and removed. This causes loss of signal (magnetism) in a particular area of the removed product. The sensor 3 at the associated device senses a magnetic field relative to each of the products in the package and transmits a signal to the processor. When the product is present in the packet, the magnetic field can be obtained by the magnetic form according to the magnetization of the magnet. The sensor will detect/not detect. When the product is removed, the sensor will not detect/detect the magnetic field because the magnetic field does not exist, so the product exists/absent in the packet. The unique design of the product package (which has the ability to generate signals) is perceived without the need to use the array of signal generating devices. here One of the rupturable adhesive regions of the variation of the specific embodiment is printed by a magnetic ink, and in another variation of this embodiment, the adhesive region is partially/completely coated with a magnetic ink.

Another embodiment of the package is shown in FIG. 2, which illustrates a packaged card labeling system in which the package is clipped to the card labeling system and includes films 30 and 31 of conventional steel material, perforated/inserted. The slot 32 is aligned with the container bag/upstanding container 33 at the first surface of the packet and is provided to the film 30 such that when the film (third sheet) 30 is placed on the package from the container side, the container is passed The opening. The film 31 is provided with an apertured peelable portion/seal 34 that is aligned with the aperture in the second surface of the first sheet 35 such that when the product of the package is removed, corresponding to the product The perforated portion of the film is also removed. In a variation of this particular embodiment, a multi-pole pre-magnetized plate having a south pole and a north pole on the same side is used. The material of the sheet 31 is more compliant than conventional rigid materials. In another variation of this embodiment, one or more films 30 and/or 31 are provided to the card marking system.

In another embodiment, the package is sandwiched between films 30 and 31, wherein the magnet is placed between the packet applicator and film 31 in a card marking system corresponding to the rupturable applicator of the package such that The magnet is also removed along the perforated portion of the film 31 as the product of the package is removed.

In another embodiment as shown in FIG. 3, the monopole planes of the south and north poles (one of which is north and one of which is south) have perforations 37 (stacked/corresponding to the rupturable seal of the packet) Pre-magnetized plate/number of device 35) A plate 36 (an assembly having a detectable signature such as a magnetic field) is provided between the film 31 accompanying the sheet 30 and the seal of the package such that when the product of the package is removed, the magnetic plate portion follows the film The perforated portion of 31 is removed. In another variation of this embodiment, a non-magnetic plate is used that is further magnetized.

In another embodiment, the wafer 24 is attached/embedded to the film 30 or 31 of the card marking system.

In another embodiment, a unipolar planar/multipole pre-magnetized plastic oxide magnet (a component with a detectable signature such as a magnetic field) or any material capable of magnetization in the South and North Pole is incorporated into the package such that the product is self-encapsulated. Removal causes the removal, desorption or elimination of the plastic oxide magnet or other magnetized material.

One of the unipolar planar/multipole pre-magnetized plastic oxidized magnets having a perforated stack of rupturable seals in the south and north poles of the package or any material capable of magnetization attached thereto is attached to the envelope. The clutch causes the product to be detached from the tight capsule to rupture the magnetized material.

In another embodiment, an unpolarized planar/multipole plastic oxide magnet of the South and North Pole or any material capable of magnetization is incorporated into the package such that removal of the product from the package produces the plastic oxide magnet or other magnetization. Removal, desorption or elimination of material.

An unpolarized monopolar/multipole plastic oxide magnet having a perforated stack of rupturable seals or a material capable of being magnetized is attached to the package in a variation of this embodiment. The clutch causes the product to rupture from the container bladder to break the material.

In another embodiment, the smart package is provided as an active positive signal generating device.

In another embodiment, the smart package is provided as a passive signal generating device.

In another embodiment, the smart package is provided as a request signal generating device.

In another embodiment, the smart package is provided as a component having an individual detectable signature. One of the components in this particular embodiment variation is a magnet, a magnetic ink, a magnetic material, or a combination thereof, wherein the detectable signature is a magnetic field.

Another variation in this embodiment is that the component is a light reflecting surface integral with the closer/second plate opposite the opening of the upright container/container bag, wherein the substantially detectable signature comprises The reflection of light.

Another variation in this embodiment is that the assembly is a light absorbing surface integral with the inner/second plate of the opposite upright container/container capsule, wherein the signature is substantially detectable Contains absorption of light.

Another variation in this embodiment is that the component is an electrical component placed on the opposite/second board of the opposite upright container/container capsule, wherein the substantially detectable signature comprises Electrical characteristics of individual electrical components. In one of these variations, the electrical characteristics contain capacitance.

In another embodiment, the signal is generated by the smart packet due to physical, electrical, thermal, optical, visual properties/features/letters of the smart package. The change of the number is produced.

In another embodiment, the sensing device provides a visual signal that is generated in recognition of/recognizing the smart package in the form of a customized pattern.

In another embodiment, the applicator 22 and/or the container 21 of the product package 20 are attached/embedded/provided as a fiber/wire tube carrying light (which corresponds to each product in the container 21, The sensor senses/detects the presence/absence of light across the light-carrying fiber/wire tube to detect the presence/absence of the product in the product package.

Referring to another variation of this embodiment of FIG. 2, wherein the card marking system includes films 30 and 31, the aperture/slot 32 is provided to the film 30 in accordance with the receiver 33 of the package such that The film 30 passes through the opening when the film 30 is placed on the side of the container from the container, and the film 31 is provided as an openable hole with a rupturable adhesive 35 corresponding to/stacked in the package. Portion 34 is such that when the product of the package is removed, the apertured portion of the product corresponding to the product is also removed, wherein the light-carrying fiber is attached/embedded/provided to pass over the aperture. The stripped portion is such that when the product of the package is removed, the apertured portion of the film corresponding to the product is also removed thereby breaking the light-carrying fiber/wire tube.

In another embodiment, the customized pattern is printed/attached/embedded/provided to the adhesive 22 and/or container 21 of the product package 20 corresponding to each product in the container, wherein the customized The signals generated by the pattern are detected/cognized/perceived by the one or more signal sensors 3 for the transmission and reception of lasers and/or infrared rays from the customized pattern.

Another variation in this embodiment is that the customized pattern in the form of an image is printed/attached/embedded/provided to the adhesive 22 and/or container of the product package 20 corresponding to each product in the container. 21 wherein the signal generated by the customized pattern is detected/cognized/perceived by the one or more signal sensors 3 for the transmission and reception of visible and/or white light from/to the customized pattern.

Another variation in this particular embodiment of the custom magnetic mode is printing/attaching/embedding/providing to the clutch 22 and/or container 21 corresponding to the product package 20 in each product of the container. The electromagnetic signal generated by the customized pattern is detected/cognized/perceived by the magnetic sensor 3, such as a pick-up coil, wherein the product package 20 is relatively moved/configured/placed adjacent to the one/several magnetic The sensor is close.

In another embodiment, the applicator 22 and/or the container 21 of the product package 20 are provided as separate points/layers/areas corresponding to the electrically conductive material of each product in the container to generate an electrical signal. The electrical conductivity of each of the layers is sensed/detected by the one or more magnetic sensors 3 to detect the presence/absence of the product in the packet.

In another embodiment, the applicator 22 and/or the container 21 of the product package 20 are provided with a resistor having an independent conductive form corresponding to each product in the container to generate an electrical signal in which each of the forms is crossed. The one/several perceptron 3 senses/detects to detect the presence/absence of the product in the packet.

In another embodiment, the applicator 22 and/or the container 21 of the product package 20 is provided as a luminescent material corresponding to each product in the container. Material (phosphor/light) to generate a signal wherein the one or more sensors 3 detect light emitted from the luminescent material to detect the presence/absence of the product in the packet.

In another embodiment, the applicator 22 and/or the container 21 of the product package 20 are provided with a unique DNA signature corresponding to each product in the container wherein the one or more perceptrons 3 are UV-coated. The light detects/perceives/cognizes the flag to detect the presence/absence of the product in the packet.

In another embodiment, the applicator 22 and/or the container 21 of the product package 20 are provided with nanoparticles corresponding to each product in the container, wherein one or several high frequency visual perceptrons are used. To detect/perceive/cognize the particle to detect the presence/absence of the product in the packet.

In another embodiment, the acoustic signals generated by the rupture of the clutch 22 and/or one/several containers 21 are sensed/recognized by one/several ultrasonic sensors 3.

In another embodiment, the clutch 22 and/or container 21 of the product package 20 is provided with one or more memory slots corresponding to each product in the container.

In another embodiment, the clutch 22 and/or the container 21 of the product package 20 are provided with a feature image corresponding to each product, which is interlaced by one or several television camera sensors 3 or The form record of the sequential scan type digital video signal and the presence/absence of the product in the packet 20 are based on the presence/absence of the feature individual image perceived by the one or several television camera perceptrons 3 Measured.

In another embodiment, the adhesive 22 and/or the contents of the product package 20 The device 21 is provided with a feature image corresponding to each product, which is scanned by one/several slot perceptron 3 and the presence and absence of the product in the packet 20 is based on the perception by the one/several The presence/absence of the individual image of the feature perceived by the device 3 is detected.

Figure 4 illustrates another embodiment of the packet with a signal generating system. Figure 4(a) shows a package containing the product container/receiving tank 40 in the form of a container and a holder 41, the temporary accommodation 42 of which is provided to the clutch 41 when tilting/shaking/pressing When the container 40 is removed from the container 40 for access, the product removed from the container 40 arrives/stays at the product retentate 42 where the signal is generated. When the product occupies the location, there is a signal generation or cancellation or alteration that is perceived by the one/several perceptrons 3 of the associated device. The dispensing portion 44 is provided to the applicator 41 to dispense the product present at the product retentate 42, the applicator being provided as a device suitably fitted to the associated device. The wafer 45 is attached to the package as shown, which may be provided to the product container/receiving tank 40.

Figure 4(b) shows a package containing a product container/receiving tank 50 formed from a soft material 51, wherein the material portion is sealed at a location 52 to form a pocket. The dispensing system 53 includes a product retentate 55 from which the signal is generated based on the presence/absence of the product herein. The clutch is provided as a device that is suitably fitted to the associated device. The product distribution 56 is provided to interface with the channel 57. When the pouch is tilted to access the product contained in the trough 50, the product moves from the trough to the retentate 55. When the product occupies the intercept 55, there is a signal generation or elimination or change, It is perceived by the one/several perceptrons 3 of the associated device. The wafer 58 is attached to the package as shown, which may be provided at 51.

In another embodiment, the package comprises a product container/receiving trough in the form of a container having a perforated side for removing the product and accessing the product in the form of a fitter fit; one for the container fit Movable clutch.

In another embodiment, the package comprises a product container/receiving trough formed from a soft material, wherein the portion of the material that is sealed to form the pouch and access to the product comprises product cut-off and dispensing.

Encoder/decoder, connection device, instant measurement device, power supply, user input device, user interaction device, memory, analog digital converter, data sampling and organization device (not shown) The processing unit configuration in the device portion 2 shown in Fig. 1. An activation device is provided to activate the signal sensing device in accordance with a product receiving location. Further display means is provided in section 2, when the packet 20 is placed in the preparation 5 in such a manner that the pre-coded wafer 24 is in the vicinity of or in contact with the decoder device (not shown), on the wafer 24 The decoding process of the encoded material begins and the decoded data is sent to a processing unit (not shown). The decoded data is processed for authentication and appropriate information is displayed on the display device. One of the devices in these embodiments receives physiological data such as blood pressure, body temperature, ECG, etc. from the patient's body/other device.

In a preferred embodiment of the invention, the associated device includes a Hall sensor to sense the magnetic field generated by the packet as it is introduced into the device.

In another embodiment, the electromagnetic system is provided in a package/card label The system produces an electromagnetic field that can be perceived by a sensor at the associated device.

In another embodiment, the packet is provided as an acoustic signal generating device that is perceived by a sensor at the associated device.

In another embodiment, the package is provided with an RFID tag/wafer that corresponds to each product in the package.

In another embodiment, the package is provided with a means for generating signals in the form of electrical, temperature, electromagnetic, optical, mechanical, pressure, laser, video, capacitive measurements, images, and the like.

In another embodiment, the associated device is provided with a number of sensors to sense signals generated by the signal generating device of the packet, such as electrical, mechanical, pressure, temperature, electromagnetic, optical, laser, video, video, etc. .

In another embodiment, the signal generating device of the smart packet generates a magnetic acoustic signal.

In another embodiment, the change in capacitance due to the presence or absence of the product in the presence or absence of the smart package is measured by the perceptron.

In another embodiment, the smart package is provided as a microcontroller-based RFID to store data.

In another embodiment, the smart package is provided with a two-way communication interface for writing information to and from the circuit.

The combination of the product package apparently applicable to the present invention and the provision of signals generated by the associated device and the provision of the signal by the packet sensing generated signal produces a series of signal generation and corresponding sensing devices to sense the generated signal at the device. The technical utility of detecting the presence or absence of a product in the presence or absence of the packet.

Moreover, providing a packet-on-chip/RFID with information such as the time course of the medication, the number of tablets, the date of manufacture, the batch number, the unique identification protocol, etc., facilitates tracking and authenticating the use of the smart package along the entire supply chain, It uses appropriate readers at each stage, which achieves anti-counterfeiting and compliance measures. Moreover, the combination of RFID and customized type of multiplication results in the integration of the associated device with the packet, the end user, and the associated product to the user and to the medical plan for the drug company; for each of the smart packages The anti-counterfeiting ability of the product; the instant recording/data consumption of the product and the difference in the medical plan; the limitation/capability of the wafer when the product is completely consumed in the smart package avoids misuse of the wafer.

1‧‧‧Included

2‧‧‧Selection section

3‧‧‧ Sensor

5‧‧‧ Preparation

20‧‧‧Product package

21‧‧‧Closed space (container room) / container

22‧‧‧ Film/Sheet (Closer)

23‧‧‧ Magnet

24‧‧‧ wafer

25‧‧‧Area

30, 31‧‧‧ film

32‧‧‧opening/slot

33‧‧‧ Container sac / upright container

34‧‧‧ Seal

35‧‧‧Fracture Adhesive

36‧‧‧Pre-magnetized plate/number plate

37‧‧‧with perforation

40‧‧‧ Container

41‧‧‧Container and clutch

42‧‧‧Product Interception

44‧‧‧ Distribution Office

45‧‧‧ wafer

50‧‧‧Product container/accommodating tank

51‧‧‧Soft materials

52‧‧‧Location

53‧‧‧Distribution system

56‧‧‧Product Distribution Office

57‧‧‧ channel

58‧‧‧ wafer

Fig. 1 is a schematic diagram of a system and a package; Fig. 2 is a schematic diagram of a card labeling system; Fig. 3 is a schematic diagram of a card labeling system and a packet of a magnetic thin plate; and Fig. 4 is a schematic view of a specific embodiment of the packet (4th sheet).

20‧‧‧Product package

21‧‧‧Closed space (container room) / container

22‧‧‧ Film/Sheet (Closer)

23‧‧‧ Magnet

24‧‧‧ wafer

Claims (53)

An interactive smart package association device comprising: a smart package for carrying a product and the smart package for communicating with an associated device, the smart package comprising one or more container rooms for accommodating a product Each container chamber is sealed or selectively has a sealing device, the one or more container chambers or sealed chambers being non-electrically connected; a signal generating device is placed in each of the container chambers or the sealed chamber Enabling or changing a signal when the product is removed from the container; a wafer; the associated device includes a frame for communicating with the smart package; and a signal sensing device for detecting from the a signal of the signal generating device, the signal sensing device selectively including an obtaining device configured to input, store, output, decode, and process data, and a communication device for communicating with the external data record; wherein When the device is in communication, the signal generated or changed from the signal generating device provides information relating to the presence or absence of the product in the container chamber to the associated device. Signal sensing device and the information selectively based on an external communication system for the purpose of comparing the information with an external information record. The interactive smart packet association device of claim 1, wherein the signal sensing device comprises a visible or white light source that detects, recognizes or perceives the signal from the smart package. The interactive smart packet association device of claim 1, wherein the signal sensing device comprises a magnetic sensor, such as a pick-up coil. The interactive smart packet correlation device according to claim 1, wherein the signal sensing device is a conductivity measuring system that measures, senses or detects the conductivity through each layer to detect the wisdom. The product in the package exists or does not exist. The interactive smart packet association device of claim 1, wherein the signal sensing device is a resistance detecting system that measures, senses or detects a resistance through each of the patterns to detect the wisdom. The product in the package exists or does not exist. The interactive smart packet associating device of claim 1, wherein the signal sensing device is a light detecting device that detects light emitted from the luminescent material to detect the product in the smart package. The existence or non-existence. The interactive smart package association device of claim 1, wherein the associated device comprises an interactive or user input device; an instant measurement device; a data decoding device; a data processing device; and a data storage device An analog-to-digital converter, a data sampling and organizing device configured to communicate with an external data source for one or more login product users, authentication, login product smart packages to be housed or placed in the housing and Selectively complete transitional data collection or communicate via a remote or integrated data system to selectively perform the collection and transmission of transitional data or information provided by the user, Proofreading, documenting or dissipating or a combination thereof. The interactive smart packet association device of claim 1, wherein the communication device of the associated device comprises an analog or digital data conversion device for receiving and processing signals generated by the physiological or medical device. The interactive smart package association device of claim 1, wherein the communication device of the associated device includes an analog or digital data conversion device for receiving and processing data or signals generated by the external device for use. For a variety of monitoring or operational activities. The interactive smart bag association device of claim 1, wherein the smart bag comprises a product container chamber in the form of an elastic material, wherein the portion of the same material is sealed to form a product retention and distribution form. a container capsule and the sealing device; the signal generating device is provided at the product intercepting and dispensing device such that removal of the product from the container chamber portion results in signal generation or a change in the signal; wafer and selective conveyor Or receiver device. The interactive smart package association device of claim 1, wherein the smart package comprises a first board defining a plurality of container pockets and a sizing size up from a first surface of the first panel To accommodate a different product item, and a plurality of corresponding openings defined on a second surface of the first plate to the upstanding container; a second plate is sealed to the second surface of the first plate to define Sealing the chamber in the plurality of openings; and A component that is individually signed and placed in an adjacent corresponding sealed chamber such that a self-signature is substantially detectable only when the corresponding sealed chamber is intact. The interactive smart package association device of claim 1, wherein the smart package comprises: a product receiving slot, the size of which may include a plurality of medical product items; and a medical product dispenser including the intercepting portion and A kerf between the distributions to include a medicinal product during product transfer from the custodial and the dispensing location. An interactive smart package for use with an associated device, wherein the smart package includes: a plurality of container compartments for receiving a product, each container compartment being sealed or selectively sealed Wherein the container chamber or a sealed chamber is non-electrically connected; a wafer; and a signal generating device is provided in the container chamber or selectively on the container chamber, or in the sealed chamber or Optionally on the sealed chamber, causing a product to be removed from the container chamber to generate a signal or to change a signal detected by the signal sensing device in the associated device. The interactive smart package of claim 13, wherein the smart package comprises a container formed in one or a plurality of confined spaces of a first film to contain the product for attaching to the A second rupturable film of the first film is sealed to form a sealed chamber to seal the product in the sealed space; the container chamber or the sealed chamber is non-electrically connected; a wafer. The interactive smart package of claim 14, wherein one or more magnets are disposed on the smart bag or the smart bag, and are used to provide one or more products related to the product in the container room Information about the location, part or area of the confined space. The interactive smart package of claim 14, wherein the container chamber or the sealing device is provided with a magnetic ink selectively corresponding to the confined space in the container chamber by a specific strength Information relating to the location, portion or zone of the product, and information relating to the location, portion or zone of the confined space of the product in the container compartment. The interactive smart package of claim 14, wherein the container chamber or the sealing device is printed with a magnetic ink corresponding to a position, a portion of the product in the confined space of the container chamber or The area of the zone has a specific strength. The interactive smart package of claim 14, wherein the container chamber or the sealing device is partially or completely coated with a magnetic ink corresponding to the product in the confined space of the container chamber The location, part or area of the zone has a specific strength. The interactive smart package of claim 14, wherein the smart package comprises a card-like or purse-like package system, comprising: a card labeling system, comprising a first film, which is provided as a corresponding An opening of the sealed space formed in the smart bag, so that the sealed space formed is passed The opening; a second film provided as an apertured peelable portion having a position corresponding to or aligned with a rupturable film of the smart bag such that when the product in the smart bag is removed The apertured strippable portion corresponding to the product is also removed; the smart package comprises: a plurality of container chambers in the form of a first packet film, one or more confined spaces formed therein to contain the product, wherein a second package rupturable film attached to the unformed portion of the first package film seals the product in the sealed space; the container chamber or the sealed chamber is non-electrically connected; a wafer in which the smart package is placed Between the first and the second film of the card marking system; the signal generating device is in the container chamber or selectively on the container chamber, or in the sealed chamber or alternatively On the sealed chamber. An interactive smart package as claimed in claim 19, wherein a multi-pole pre-magnetized plate is provided as an openable strippable portion corresponding to or superposed in the rupturable container chamber of the smart bag. Or the position of the sealing device, the multi-pole pre-magnetization plate is sandwiched between the second film of the card marking system of the bag-like encapsulation system and the sealed chamber of the smart bag, so that removal of the product from the smart bag causes Part of the multipole pre-magnetization plate is removed, desorbed or eliminated. An interactive smart package as claimed in claim 19, wherein a single pole pre-magnetized plate is provided as an openable strippable portion corresponding to or superposed in the rupturable container chamber of the smart bag. Or the position of the sealing device, the monopolar pre-magnetized plate is sandwiched between the second film of the card marking system of the bag-like packaging system and the sealed chamber of the smart bag, so that removal of the product from the smart bag may result in Part of the removal, desorption or elimination of the monopolar pre-magnetized plate. An interactive smart package as claimed in claim 19, wherein the magnet is placed corresponding to the position of the product, the product position being on the rupturable container chamber of the smart bag and or the sealing device and the bag-like packaging system The card marks the second film of the system such that when the product in the package is removed, the corresponding magnet is also removed along with the peelable portion of the second film through the opening. The interactive smart package of claim 13, wherein the smart package comprises a plurality of container rooms, each of the container rooms being provided in the form of a container having an opening side for removing a product, and being assembled a sealing means in the form of a removable sealed chamber on the open side of the container; a wafer and a selective conveyor or receiver means; the signal generating means is provided to the sealing means such that removal of the product from the portion of the container chamber Signal generation or alteration; data chip and selective transmitter or receiver device. The interactive smart package of claim 13, wherein the signal generating device of the smart bag generates a signal in the form of a magnetic field. The interactive smart package of claim 13 further includes a multi-pole or unipolar plate that can be pre-magnetized, and the system is placed to be disturbed by the removal of a product from the smart package. The interactive smart package of claim 13, wherein the one or more container chambers or sealed chambers of the smart package are apertured and polarized by an unpolarized monopole or A multi-pole material is attached to the one or more container chambers or sealed chambers of the smart bag such that removal of the product from the receiving container chamber breaks the material. The interactive smart package of claim 13, wherein the signal generating device of the smart bag is capable of generating a magnetic field or a change of a magnetic field, and the signal sensing device of the associated device is a Hall sensor A magnetic field generated or varied by the smart package is sensed when the smart package selectively communicates with the device by introducing, placing, or placing the associated device. For example, the interactive smart package described in claim 13 is provided, wherein the smart package is provided as an active positive signal generating device. For example, the interactive smart package described in claim 13 is provided as a helper signal generating device. An interactive smart package as described in claim 13 wherein the signal is generated by the smart package due to changes in physical, electrical, thermal, optical, visual properties, characteristics or signals of the smart package. The interactive smart package of any one of claims 14 to 30, wherein the smart package is provided with a customized pattern that represents a position of the product in the confined space of the container chamber, section Or zone information to generate a signal or to change a signal generated by the removal of the product from the container compartment or by the signal sensing device in the associated device. The interactive smart package of claim 31, wherein the customized graphic is in the form of an image corresponding to each product in the container room, printed, attached, embedded or otherwise Provided in the sealed chamber or container chamber of the smart bag. An interactive smart package as described in claim 31, wherein the mode comprises a magnetic mode. The interactive smart package of claim 31, wherein the signal sensing device comprises a laser or infrared light source that emits and receives laser light or infrared rays from the customized pattern of the smart package. To detect, recognize, or perceive the signal from the smart package. The interactive smart package of claim 13, wherein the sealed room or the container room of the smart bag is printed, attached, embedded or otherwise corresponding to each product in the container room. Available as optical light, it carries fiber or conduit. The interactive smart package of claim 35, wherein the signal sensing device comprises a sensor that senses or detects the presence or absence of light passing over the optical light carrying the fiber or the conduit to detect Measure the presence or absence of the product in the smart package. The interactive smart package of claim 13, wherein the sealed room or the container room of the smart bag is provided with electricity on the sealed room or the container room corresponding to each product in the container room. pass An independent point, layer or zone of the material to produce an electrical signal detected by the device. The interactive smart package of claim 13, wherein the sealed chamber or the container chamber of the smart bag is provided as an independent conductive pattern corresponding to each product in the container chamber to generate An electrical signal detected by the device. The interactive smart package of claim 13, wherein the smart package is provided as a luminescent material (phosphorescent or luminescent) corresponding to each product in the container chamber to generate an optical signal. The device detects. The interactive smart package of claim 13 wherein the sealed chamber or container compartment of the smart pack is provided as an RFID tag or wafer corresponding to each of the products in the container compartment. The interactive smart package of claim 13, wherein the signal generating device of the smart package simply generates a sound or sound signal or a signal combined with other signals. The interactive smart package of claim 13, wherein the signal generating device of the smart bag is generated in the form of electricity, electromagnetic, optical, mechanical, pressure, laser, video, capacitance measurement or image output. signal. The interactive smart package of claim 13, wherein the signal generating device of the smart bag generates an electromagnetic signal. The interactive smart package of claim 13, wherein the signal generating device of the smart package generates a magnetic acoustic signal. The interactive smart package of claim 13, wherein the sealed chamber or the container chamber of the smart package is provided with a mark, optionally a unique DNA mark, corresponding to the container chamber Every product of that. The interactive smart package of claim 45, wherein the signal sensing device comprises an ultraviolet light source for detecting, sensing or recognizing a DNA marker to detect the presence or absence of the smart packet. The interactive smart package of claim 13, wherein the sealed chamber or container compartment of the smart pack is provided with one nanoparticle corresponding to each of the products in the container chamber. An interactive smart package as described in claim 47, wherein the signal sensing device is a high frequency visual sensor for detecting, sensing or recognizing the nano particle to detect the presence of a product in the smart package or does not exist. An interactive smart package as claimed in claim 13 wherein one of the acoustic signals is generated by the rupture of the sealed chamber or the container chamber, and is perceived, recognized or detected by the signal sensing device of the associated device. . The interactive smart package of claim 13, wherein the sealed chamber or container compartment of the smart pack is provided as a memory point corresponding to each of the products in the container compartment. An interactive smart package as described in claim 13 wherein the smart package is provided with a microcontroller-based RFID to store data. The interactive smart package of claim 14, wherein the smart package comprises a customized pattern and an RFID chip, wherein the customized pattern is printed, attached or embedded in the sealed chamber or the container chamber, It corresponds to the location, portion or region of the product in the confined space of the container chamber. A method of providing an immediate health care management system, the steps comprising: i) recording at least one of a patient's healthcare aspect and treatment in a remote system; ii) providing, as claimed in claim 1 or 13 The wisdom described in the item is for the patient, which comprises a drug and a drug delivery guide according to the recorded health care measure; iii) using an associated device as defined in claim 1 or 13 The smart package is periodically administered, whereby information related to the drug is communicated from the smart package to and from the device to the remote system; iv) comparing the information communicated to the remote system with the treatment, To ensure that information about at least one of the smart packet identification and the status of the smart package corresponds to information about the treatment and patient recorded in the remote system; v) providing information from the remote system to the device And to indicate whether at least one of the status of the smart package and the identification of the patient corresponds to at least one of information regarding the treatment and the patient identification.