PERISHABLE LIFETIME MANAGEMENT SYSTEM AND METHOD

• US 20110029413A1
• Filed: 01/29/2009
• Published: 02/03/2011
• Est. Priority Date: 01/31/2008
• Status: Abandoned Application

• Current Assignee: BT9 Ltd.
• Original Assignee: BT9 Ltd.
• Inventors: Ward, Gary, Ben-Tzur, Israel
• Application Number:
  US12/865,232
• Publication Number:
  US 20110029413A1
• Time in Patent Office: Days
• US Class Current: 705/28
• CPC Class Codes: G06Q 10/08 Logistics, e.g. warehousing, loading or distribution; Inventory or stock management
• CPC Class Codes: G06Q 10/087 Inventory or stock management, e.g. order filling, procurement or balancing against orders

Abstract

A system for managing perishables in a supply chain, including at least one sensor module adapted to sense at least one parameter of at least one monitorable shipping unit of perishables through multiple stages in a supply chain, a plurality of sensed inputs integrator and communicators (SIICs), each communicating with the least one sensor module at least one different one of the multiple stages in the supply chain, for receiving information relating to the at least one parameter, a perishable lifecycle manager (PLM) communicating with at least some of the plurality of SIICs and a user interface providing to a user an indication of at least one of remaining lifetime prediction, supply chain link accountability and first expired, first out logistics outputs relating to the at least one monitorable shipping unit of perishables whose at least one parameter is sensed by the at least one sensor module.

Claims

1. A system for managing perishables in a supply chain, the system comprising:

at least one sensor module adapted to sense at least one parameter of at least one monitorable shipping unit of perishables through multiple stages in a supply chain;

a plurality of sensed inputs integrator and communicators (SIICs), each communicating with said least one sensor module at at least one different one of said multiple stages in said supply chain, for receiving information relating to said at least one parameter;

a perishable lifecycle manager (PLM) communicating with at least some of said plurality of SIICs and including at least one of remaining lifetime prediction functionality, supply chain link accountability functionality and first expired, first out logistics functionality operating using at least one parameter of at least one monitorable shipping unit of perishables through said multiple stages in said supply chain; and

a user interface providing to a user an indication of at least one of remaining lifetime prediction, supply chain link accountability and first expired, first out logistics outputs relating to said at least one monitorable shipping unit of perishables whose said at least one parameter is sensed by said at least one sensor module.

2. A system for managing perishables in a supply chain according to claim 1 and wherein:

said perishables in said least one monitorable shipping unit of perishables are packed in modified atmosphere packaging; and

said user interface provides to said user an indication of remaining lifetime prediction for said perishables which prediction is based on their being packed in said modified atmosphere packaging.

27. A system for managing perishables in a supply chain according to claim 1 and wherein said at least one sensor module includes at least one of a temperature sensor, a relative humidity sensor, an O₂ sensor, a CO₂ sensor, a C₂H₄ sensor, a C₂H₅OH sensor, a pathogen sensor and a light sensor.

28. A system for managing perishables in a supply chain according to claim 1 and wherein said at least one sensor module also comprises a GPS antenna.

29. A system for managing perishables in a supply chain according to claim 1 and wherein each of said plurality of SIICs includes at least one of an RF transceiver coupled to an antenna, a GPS receiver associated with a GPS antenna, a cellular communications modem associated with an antenna, a LAN interface and a satellite communications modem associated with an antenna.

30. A system for managing perishables in a supply chain according to claim 1 and wherein each of said plurality of SIICs includes a memory operative to store data received from at least one of said at least one sensor modules.

31. A system for managing perishables in a supply chain according to claim 1 and wherein each of said plurality of SIICs communicates with external sensors including at least one of an ambient temperature sensor, an ambient pressure sensor, a relative humidity sensor, at least one gas sensor, pH sensor, a door opening sensor, an open/closed vent sensor, a light sensor;

a refrigeration unit status sensor;

a vehicle engine status sensor, a vehicle battery charging sensor, a refrigerated container battery charging sensor, a humidifier status sensor, a dehumidifier status sensor and an ozone generator status sensor.

32. A system for managing perishables in a supply chain according to claim 31 and wherein said at least one gas sensor comprises at least one of an O₂ sensor, a CO₂ sensor, an ethanol sensor and a methyl bromide sensor.

33. A system for managing perishables in a supply chain according to claim 1 and wherein said plurality of SIICs includes at least one fixed position SIIC and at least one variable position SIIC.

34. A system for managing perishables in a supply chain according to claim 1 and wherein said user interface is operative to provide access to different system information to different system users.

35. A system for managing perishables in a supply chain according to claim 1 and wherein said PLM is operative to provide an advance notification of impending arrival of distressed perishables.

71. A system for managing perishables in a supply chain according to claim 1 and wherein said user interface distinguishes between monitorable shipping units which are in transit and monitorable shipping units which are being stored in a warehouse.

72. A system for managing perishables in a supply chain according to claim 1 and wherein said user interface provides a near real time alert when a predicted remaining lifetime of said perishable falls below a threshold.

73. A system for managing perishables in a supply chain according to claim 1 and also comprising a location indicator indicating the location of said at least one monitorable shipping unit of perishables.

74. A system for managing perishables in a supply chain according to claim 1 and wherein said user interface provides a near real time alert when a predicted remaining lifetime of said perishable falls below expected remaining transport time.

75. A system for managing perishables in a supply chain according to claim 1 and wherein said plurality of SIICs each provide an output indication of the possible presence of at least one pathogen.

3. A system for managing perishables in a supply chain, the system comprising:

at least one sensor module adapted to sense at least one parameter of at least one monitorable shipping unit of perishables packed in modified atmosphere packaging through multiple stages in a supply chain, said at least one parameter having enhanced importance for perishables packed in modified atmosphere packaging;

a plurality of sensed inputs integrator and communicators (SIICs), each communicating with said least one sensor module at at least one different one of said multiple stages in said supply chain, for receiving information relating to said at least one parameter;

a perishable lifecycle manager (PLM) communicating with at least some of said plurality of SIICs and including at least one of remaining lifetime prediction functionality, supply chain link accountability functionality and first expired, first out logistics functionality operating using at least one parameter of at least one monitorable shipping unit of perishables through said multiple stages in said supply chain; and

a user interface providing to a user an indication of at least one of remaining lifetime prediction, supply chain link accountability and first expired, first out logistics outputs relating to said at least one monitorable shipping unit of perishables whose said at least one parameter is sensed by said at least one sensor module.

4. A system for managing perishables in a supply chain according to claim 3 and wherein said user interface distinguishes between monitorable shipping units which are in transit and monitorable shipping units which are being stored in a warehouse.

6. A system for managing perishables in a supply chain according to claim 3 and wherein said user interface provides a near real time alert when a predicted remaining lifetime of said perishable falls below a threshold.

7. A system for managing perishables in a supply chain according to claim 3 and also comprising a location indicator indicating the location of said at least one monitorable shipping unit of perishables.

8. A system for managing perishables in a supply chain according to claim 3 and wherein said user interface provides a near real time alert when a predicted remaining lifetime of said perishable falls below expected remaining transport time.

18. A system for managing perishables in a supply chain according to claim 3 and wherein said plurality of SIICs each provide an output indication of the possible presence of at least one pathogen.

5. (canceled)

9. A system for managing perishables in a supply chain, the system comprising:

at least one sensor module adapted to sense at least one parameter of at least one monitorable shipping unit of perishables through multiple stages in a supply chain;

a plurality of sensed inputs integrator and communicators (SIICs), each communicating with said least one sensor module at at least one different one of said multiple stages in said supply chain, for receiving information relating to said at least one parameter; and

an at least near real time alert interface providing to a user an at least near real time alert of the occurrence of an event, indicated by said at least one sensor modules which is expected to impact on at least one of remaining lifetime prediction, supply chain link accountability and first expired, first out logistics.

10. A system for managing perishables in a supply chain according to claim 9 and wherein:

said perishables in said least one monitorable shipping unit of perishables are packed in modified atmosphere packaging; and

said at least near real time alert interface provides to said user an indication of remaining lifetime prediction for said perishables which prediction is based on their being packed in said modified atmosphere packaging.

11. A system for managing perishables in a supply chain according to claim 10 and wherein said at least near real time alert interface distinguishes between monitorable shipping units which are in transit and monitorable shipping units which are being stored in a warehouse.

12. A system for managing perishables in a supply chain, the system comprising:

at least one sensor module adapted to sense at least one parameter of at least one monitorable shipping unit of perishables packed in modified atmosphere packaging through multiple stages in a supply chain, said at least one parameter having enhanced importance for perishables packed in modified atmosphere packaging;

a plurality of sensed inputs integrator and communicators (SIICs), each communicating with said least one sensor module at at least one different one of said multiple stages in said supply chain, for receiving information relating to said at least one parameter; and

an at least near real time alert interface providing to a user an at least near real time alert of the occurrence of an event, indicated by said at least one sensor modules which is expected to impact on at least one of remaining lifetime prediction, supply chain link accountability and first expired, first out logistics.

13. A system for managing perishables in a supply chain according to claim 12 and also comprising temperature mapping functionality communicating with at least one of said plurality of SIICs and being operative to ascertain variations in temperature of said perishables within a volume containing multiple perishables and multiple ones of said plurality of sensor modules based on said information relating to said parameters.

14-17. -17. (canceled)

19. (canceled)

20. A system for managing perishables in a supply chain, the system comprising:

a plurality of sensor modules adapted to sense parameters of perishables in a supply chain which indicate the presence of pathogens;

at least one sensed inputs integrator and communicator (SIIC), communicating with said plurality of sensor modules, for receiving information relating to said parameters; and

an at least near real time alert interface providing to a user an at least near real time alert of the presence or expectation of the presence of at least a predetermined amount of said pathogens in a perishable whose parameters are sensed by at least one of said plurality of sensor modules.

21. A system for managing perishables in a supply chain, the system comprising:

a plurality of sensor modules adapted to sense parameters of at least one of temperature, relative humidity, ethylene, oxygen and CO₂ within modified atmosphere packaging containing perishables;

at least one sensed inputs integrator and communicator (SIIC), communicating with said plurality of sensor modules, for receiving information relating to said at least one of temperature, relative humidity, ethylene, oxygen and CO₂ parameters; and

an at least near real time alert interface providing to a user an at least near real time alert of the occurrence of exceedance of a threshold of at least one of temperature, relative humidity, ethylene, oxygen and CO₂, indicated by at least one of said plurality of sensor modules.

22-26. -26. (canceled)

36. A method for managing perishables in a supply chain, the method comprising:

sensing at least one parameter of at least one monitorable shipping unit of perishables through multiple stages in a supply chain;

employing a plurality of sensed inputs integrator and communicators (SIICs), each communicating with at least one sensor module at at least one different one of said multiple stages in said supply chain, for receiving information relating to said at least one parameter;

communicating with at least some of said plurality of SIICs and producing, based on information received therefrom, at least one of remaining lifetime predictions, supply chain link accountability information and first expired, first out logistics information through multiple stages in said supply chain; and

providing to a user at least one of remaining lifetime prediction, supply chain link accountability information and first expired, first out logistics outputs relating to said at least one monitorable shipping unit of perishables whose said at least one parameter is sensed by said at least one sensor module.

37. A method for managing perishables in a supply chain according to claim 36 and wherein:

said perishables in said least one monitorable shipping unit of perishables are packed in modified atmosphere packaging; and

said providing to a user comprises providing an indication of remaining lifetime prediction for said perishables based on their being packed in said modified atmosphere packaging.

39. A method for managing perishables in a supply chain according to claim 36 and wherein said providing to a user comprises distinguishing between monitorable shipping units which are in transit and monitorable shipping units which are being stored in a warehouse.

41. A method for managing perishables in a supply chain according to claim 36 and also comprising providing a near real time alert when a predicted remaining lifetime of said perishable falls below a threshold.

42. A method for managing perishables in a supply chain according to claim 36 and also comprising monitoring the location of said at least one monitorable shipping unit of perishables.

43. A method for managing perishables in a supply chain according to claim 36 and also comprising providing a near real time alert when a predicted remaining lifetime of said perishable falls below expected remaining transport time.

48. A method for managing perishables in a supply chain according to claim 36 and also comprising:

communicating with at least one of said plurality of SIICs; and

ascertaining variations in temperature of said perishables within a volume containing multiple perishables and multiple ones of said plurality of sensor modules based on said information relating to said parameters.

53. A method for managing perishables in a supply chain according to claim 36 and also comprising providing an output indication of the possible presence of at least one pathogen.

54. A method for managing perishables in a supply chain according to claim 36 and also comprising providing an output indication of the possible presence of at least one of ethylene, ethanol, oxygen and CO₂.

61. A method for managing perishables in a supply chain according to claim 36 and also comprising communicating a time stamp related to said at least one parameter to said SIIC.

62. A method for managing perishables in a supply chain according to claim 36 and wherein said at least one parameter includes at least one of temperature, relative humidity, O₂ level, CO₂ level, C₂H₄ level, C₂H₅OH level, pathogen level and light level.

38. A method for managing perishables in a supply chain, the method comprising:

sensing at least one parameter of at least one monitorable shipping unit of perishables packed in modified atmosphere packaging through multiple stages in a supply chain, said at least one parameter having enhanced importance for perishables packed in modified atmosphere packaging;

employing a plurality of sensed inputs integrator and communicators (SIICs), each communicating with at least one sensor module at at least one different one of said multiple stages in said supply chain, for receiving information relating to said at least one parameter;

communicating with at least some of said plurality of SIICs and producing, based on information received therefrom, at least one of remaining lifetime predictions, supply chain link accountability information and first expired, first out logistics information through multiple stages in said supply chain; and

providing to a user at least one of remaining lifetime prediction, supply chain link accountability information and first expired, first out logistics outputs relating to said at least one monitorable shipping unit of perishables whose said at least one parameter is sensed by said at least one sensor module.

40. (canceled)

44. A method for managing perishables in a supply chain, the method comprising:

sensing at least one parameter of at least one monitorable shipping unit of perishables through multiple stages in a supply chain;

employing a plurality of sensed inputs integrator and communicators (SIICs), each communicating with at least one sensor module at at least one different one of said multiple stages in said supply chain, for receiving information relating to said at least one parameter; and

providing to a user an at least near real time alert of the occurrence of an event, indicated by said sensing, which is expected to impact on at least one of remaining lifetime prediction, supply chain link accountability and first expired, first out logistics.

45-46. -46. (canceled)

47. A method for managing perishables in a supply chain, the method comprising:

sensing at least one parameter of at least one monitorable shipping unit of perishables packed in modified atmosphere packaging through multiple stages in a supply chain, said at least one parameter having enhanced importance for perishables packed in modified atmosphere packaging;

employing a plurality of sensed inputs integrator and communicators (SIICs), each communicating with at least one sensor module at at least one different one of said multiple stages in said supply chain, for receiving information relating to said at least one parameter; and

providing to a user an at least near real time alert of the occurrence of an event, indicated by said sensing, which is expected to impact on at least one of remaining lifetime prediction, supply chain link accountability and first expired, first out logistics.

49-52. -52. (canceled)

55. A method for managing perishables in a supply chain, the method comprising:

sensing, with a plurality of sensor modules, parameters of perishables in a supply chain which indicate the presence of pathogens;

employing a plurality of sensed inputs integrator and communicators (SIICs), receiving information relating to said parameters from said plurality of sensor modules; and

providing to a user an at least near real time alert of the presence or expectation of the presence of at least a predetermined amount of said pathogens in a perishable whose parameters are sensed by at least one of said plurality of sensor modules.

56. A method for managing perishables in a supply chain, the method comprising:

sensing, with a plurality of sensor modules, parameters of at least one of temperature, relative humidity, ethylene, oxygen and CO₂ within modified atmosphere packaging containing perishables;

employing a plurality of sensed inputs integrator and communicators (SIICs), receiving information relating to said at least one of temperature, relative humidity, ethylene, oxygen and CO₂ parameters from said plurality of sensor modules; and

providing to a user an at least near real time alert of the occurrence of exceedance of a threshold of at least one of temperature, relative humidity, ethylene, oxygen and CO₂, indicated by at least one of said plurality of sensor modules.

57-60. -60. (canceled)

63-70. -70. (canceled)