FRESHNESS TRACKING AND MONITORING SYSTEM AND METHOD

• US 20090303052A1
• Filed: 06/09/2008
• Published: 12/10/2009
• Est. Priority Date: 06/09/2008
• Status: Abandoned Application

• Current Assignee: Alexander Aklepi, Benjamin Moises Rosales Kivilevitz, Leonardo Armando Cipriani, Luis Ernesto Gonzalez, Vladimir Levedev
• Original Assignee: Alexander Aklepi, Benjamin Moises Rosales Kivilevitz, Leonardo Armando Cipriani, Luis Ernesto Gonzalez, Vladimir Levedev
• Inventors: AKLEPI, ALEXANDER, LEVEDEV, VLADIMIR, ROSALES KIVILEVITZ, BENJAMIN MOISES, CIPRIANI, LEONARDO ARMANDO, GONZALEZ, LUIS ERNESTO
• Application Number:
  US12/136,031
• Publication Number:
  US 20090303052A1
• Time in Patent Office: Days
• US Class Current: 340/573.200
• CPC Class Codes: G06Q 10/08 Logistics, e.g. warehousing, loading or distribution; Inventory or stock management

Abstract

A freshness tracking and monitoring system (“System”) and method used for ensuring the freshness of perishable goods, goods fit for human consumption, and final products made from perishable good or goods fit for human consumption (“Items”). The System monitors in a continuous manner all significant environment and transportation parameters associated with an Item, from harvest or production until acquisition for consumption or production, alerts when an Item'"'"'s monitored variable exceeds a predetermined parameter, takes corrective actions while in transportation, and provides advice about possible changes in the nature of the Item.

Claims

1. A freshness tracking and monitoring system, the system comprising:

at least one remote central server hosting a central database and a plurality of user interface administrative tools, with native processing, data storage, global positioning beacon tracking, and communications capabilities, and communicatively connected with;

at least one container control device monitoring unit designated with a unique identifier and with native data processing, data storage, global positioning beacon, and communications capabilities, communicatively connected with;

at least one environment tracking device;

at least one container anti-tampering sensor; and

at least one container control device monitoring unit interface device.

2. The at least one container control device monitoring unit of claim 1, wherein the monitoring unit is powered by a self-generating power supply or an external power supply.

3. The at least one container control device monitoring unit of claim 1, wherein the monitoring unit has at least one coupled audiovisual alert device capable of displaying at least one audiovisual alert selected from a group consisting of an audible sound, an audible spoken message, a text message, a graphic message, at least one illuminable light, a light semaphore, and a mechanical semaphore.

4. The at least one coupled audiovisual alert device of claim 3, wherein the alert device is communicatively connected to the at least one container control device monitoring unit through a direct electro-optical connection or through a wireless connection.

5. The at least one container control device monitoring unit of claim 1, wherein the monitoring unit collects and manages the input from at least one environment tracking device to which it is communicatively connected through a direct electro-optical connection or through a wireless connection.

6. The at least one environment tracking device of claim 1, wherein the device has a self-generating power supply sufficiently large to satisfy the energy requirements of the device, a sensor capable of measuring a plurality of environment and non-environment parameters, and sensor interface capable of processing the sensor'"'"'s analog or digital measurements and connect through wired or wireless communications capabilities with the at least one container control device monitoring unit.

7. The at least one environment tracking device of claim 6, wherein the self-generating power supply is electrically supplied through an external power supply.

8. The at least one environment tracking device of claim 1, wherein the device is capable of measuring at least one environment parameter selected from a group of parameters consisting of temperature, humidity, barometric pressure, vacuum, oxygen, carbon dioxide, nitrogen, air purity, air contamination, fermentation gases, ethylene, noise, and light.

9. The at least one environment tracking device of claim 1, wherein the device is capable of measuring at least one non-environment parameter selected from a group consisting of container load strain, animal'"'"'s heart rate, animal'"'"'s body temperature, and animal'"'"'s blood pressure.

10. The at least one container anti-tampering sensor of claim 1, wherein the sensor has a self-generating power supply, is capable of monitoring a container'"'"'s access port, has native capabilities to record, authorize or deny access to the container'"'"'s access ports, and to communicate an unauthorized container'"'"'s access to at least one container control device monitoring unit.

11. The at least one anti-tampering sensor of claim 1, wherein an unauthorized container access results in an observable mark in the anti-tampering sensor.

12. The at least one container control device monitoring unit of claim 1, wherein one monitoring unit is intrinsically coupled with one container.

13. The one container of claim 12, wherein one container is nested within at least another container and they are communicatively connected between each other.

14. The at least one container control device monitoring unit interface device of claim 1, wherein the interface device has native capabilities for data processing and storage, user interface, audiovisual display, and a plurality of direct and wireless communications means with the at least one remote central server and with the at least one container control device monitoring unit.

15. The at least one container control device monitoring unit of claim 1, wherein the monitoring unit'"'"'s data storage capabilities are sufficiently large to store an aggregate quantity of data to back-up a non-responsive nested container'"'"'s monitoring unit.

16. The at least one remote central server of claim 1, wherein its communications capabilities includes at least one selected from a group consisting of plain old telephone system, cellular, G3, GPRS, WiMax, Internet, microwave, and satellite.

17. The at least one container control device monitoring unit interface device of claim 1, wherein the interface device is mobile or is attached to a fixed location.

18. The container control device monitoring unit interface device of claim 1, wherein the interface device communicates with the container control device monitoring unit when it is placed in proximity of it.

19. A freshness tracking and monitoring method, the method comprising:

accessing a central database resident in a remote central server;

inquiring with the remote central server if an item is registered in its central database, if so, retrieving the item'"'"'s default profile, if not, registering the item with the remote central server and configuring its default profile;

placing the item into a container control device monitoring unit equipped container;

entering the item'"'"'s default profile into a container control device monitoring unit;

activating an anti-tampering environment tracking sensor of the container control device monitoring unit equipped container;

transporting or storing the container control device monitoring unit equipped container;

monitoring and denoting environment deviations from the item'"'"'s default profile;

adjusting and denoting the item'"'"'s lifespan changes in reference to reported deviations from the item'"'"'s default profile;

monitoring and denoting violations of the anti-tampering environment tracking sensor, and;

opening the container control device monitoring unit equipped container, retrieving the contained item, and resetting the container control device monitoring unit.

20. The freshness tracking and monitoring method of claim 19, wherein the accessing the central database resident in a remote central server is accomplished through a communications coupled container control device monitoring unit interface device or a remote central server terminal.

21. The freshness tracking and monitoring method of claim 19, wherein the item'"'"'s default profile consist of at least one item-specific transportation or storing environment parameter selected from a group consisting of temperature, humidity, barometric pressure, vacuum, oxygen, carbon dioxide, nitrogen, air purity, air contamination, fermentation gases, ethylene, noise, and light.

22. The freshness tracking and monitoring method of claim 19, wherein the item is a living, non-human, animal and its default profile further includes at least one non-environment parameter selected from a group consisting of container load strain, animal'"'"'s heart rate, animal'"'"'s body temperature, and animal'"'"'s blood pressure.

23. The freshness tracking and monitoring method of claim 19, wherein the entering of the item'"'"'s default profile into a container control device monitoring unit includes entering information that enables the trace back of the item'"'"'s harvesting, incorporating, or manufacturing batch parameters.

24. The freshness tracking and monitoring method of claim 19, wherein the placing of the item into a container control device monitoring unit equipped container activates a time measuring device, a global positioning beacon, a transportation container'"'"'s environment controls, an anti-tampering sensor, and at least one environment tracking device selected from a group consisting of temperature, humidity, barometric pressure, vacuum, oxygen, carbon dioxide, nitrogen, air purity, air contamination, fermentation gases, ethylene, noise, and light.

25. The activated global positioning beacon of claim 24, wherein the beacon permits the remote control server to globally track the position of a container control device monitoring unit equipped transportation container.

26. The freshness tracking and monitoring method of claim 19, wherein the adjusting the item'"'"'s lifespan changes in accordance with a modified default profile from the item'"'"'s default profile and extents or shortens the useful life of an item.

27. The shortening the useful life of an item of claim 26, wherein the item is denoted with an item classification from a group consisting of reduced useful life, mutated state, transform and consume, transform and integrate, not fit for human consumption, and unusable.

28. The freshness tracking and monitoring method of claim 19, wherein the registering the item to configure its default profile involves assigning an alternative identity and masking the item'"'"'s true identity for others than the item'"'"'s owner.

29. The freshness tracking and monitoring method of claim 19, wherein the adjusting and denoting the item'"'"'s lifespan changes in reference to reported deviations from the item'"'"'s default profile corresponds to at least one business logic rule selected from a group consisting of friend/foe, minimum/maximum quantity rule, and minimum/maximum common environment parameter.

30. The freshness tracking and monitoring method of claim 19, wherein the denoting is registered with the container control device monitoring unit, the remote central server, a container control device monitoring unit interface device, and with at least one container control device monitoring unit coupled audiovisual alert device.

31. A freshness tracking, monitoring, and lifespan adjusting method, the method comprising:

accessing a remote database resident in a remote central server;

inquiring with a remote central server if an item is registered in its central database, if so, retrieving the item'"'"'s default profile, if not, registering the item and configuring its default profile;

placing the item into a container control device monitoring unit equipped environment-controllable transportation container;

entering the item'"'"'s default profile into the container control device monitoring unit;

activating an anti-tampering environment tracking sensor on the container control device monitoring unit equipped environment-controllable transportation container;

transporting or storing the a container control device monitoring unit equipped environment-controllable transportation container;

monitoring environment deviations of the environment-controllable transportation container from the item'"'"'s default profile and reporting said deviations through a plurality of reporting means;

adjusting at least one environment parameter of the environment-controllable transportation container in response to said environment parameter'"'"'s deviation from the item'"'"'s default profile;

changing the item'"'"'s default profile lifespan to a different length in response to a reported deviation from the item'"'"'s default profile and reporting said change of lifespan length through a plurality of reporting means;

monitoring the anti-tampering environment tracking sensor on the container control device monitoring unit equipped environment-controllable transportation container for access violations and reporting said violations through a plurality of reporting means; and

,

opening the container control device monitoring unit equipped environment-controllable transportation container, retrieving the contained item, and resetting the container control device monitoring unit.

32. The freshness tracking, monitoring, and lifespan adjusting method of claim 31, wherein the accessing the central database resident in a remote central server is accomplished through a communications coupled container control device monitoring unit interface device or a remote central server terminal.

33. The freshness tracking, monitoring, and lifespan adjusting method of claim 31, wherein the item'"'"'s default profile consist of at least one item-specific transportation or storing environment parameter selected from a group consisting of temperature, humidity, barometric pressure, vacuum, oxygen, carbon dioxide, nitrogen, air purity, air contamination, fermentation gases, ethylene, noise, and light.

34. The freshness tracking, monitoring, and lifespan adjusting method of claim 31, wherein the item is a living, non-human, animal and its default profile further includes at least one non-environment parameter selected from a group consisting of container load strain, animal'"'"'s heart rate, animal'"'"'s body temperature, and animal'"'"'s blood pressure.

35. The freshness tracking, monitoring, and lifespan adjusting method of claim 31, wherein the entering of the item'"'"'s default profile into a container control device monitoring unit includes entering information that enables the trace back of the item'"'"'s harvesting, incorporating, or manufacturing batch parameters.

36. The freshness tracking, monitoring, and lifespan adjusting method of claim 31, wherein the placing of the item into a container control device monitoring unit equipped transportation container activates a time measuring device, a global positioning beacon, a transportation container'"'"'s environment controls, an anti-tampering sensor, and at least one environment tracking device selected from a group consisting of temperature, humidity, barometric pressure, vacuum, oxygen, carbon dioxide, nitrogen, air purity, air contamination, fermentation gases, ethylene, noise, and light.

37. The activated global positioning beacon of claim 36, wherein the beacon permits the remote control server to globally track the position of a container control device monitoring unit equipped transportation container.

38. The freshness tracking, monitoring, and lifespan adjusting method of claim 31, wherein the changing the item'"'"'s default profile lifespan adjusts in accordance with a modified default profile derived from the item'"'"'s default profile and results in the extension or shortening of the item'"'"'s useful life.

39. The shortening the item'"'"'s useful life of claim 38, wherein the item is marked with an item classification from a group consisting of reduced useful life, mutated state, transform and consume, transform and integrate, not fit for human consumption, and unusable.

40. The freshness tracking, monitoring, and lifespan adjusting method of claim 31, wherein the registering the item to configure its default profile involves assigning an alternative identity and masking the item'"'"'s true identity for others than the item'"'"'s owner.

41. The freshness tracking, monitoring, and lifespan adjusting method of claim 31, wherein the changing the item'"'"'s lifespan length in reference to reported deviations from the item'"'"'s default profile corresponds to at least one business logic rule selected from a group consisting of friend/foe, minimum/maximum quantity rule, and minimum/maximum common environment parameter.

42. The freshness tracking, monitoring, and lifespan adjusting method of claim 31, wherein the reporting is registered with the container control device monitoring unit, the remote central server, a container control device monitoring unit interface device, and with at least one container control device monitoring unit coupled audiovisual alert device.

43. The freshness tracking, monitoring, and lifespan adjusting method of claim 31, wherein the plurality of reporting means is at least one from a group consisting of legible word text, graphics, voice, sound, alarm, lights, mechanical flags, semaphores, wired or wireless transmission to a remote container control device monitoring units, container control device monitoring unit interface device, and to the remote central server.