REUSABLE LOCKING BODY, OF BOLT-TYPE SEAL LOCK, HAVING OPEN-ENDED PASSAGEWAY AND U-SHAPED BOLT

• US 20100214077A1
• Filed: 05/05/2010
• Published: 08/26/2010
• Est. Priority Date: 07/29/2005
• Status: Abandoned Application

• Current Assignee: Google LLC (Alphabet Inc.)
• Original Assignee: Google LLC (Alphabet Inc.)
• Inventors: Terry, Daniel J., Kenney, Daniel
• Application Number:
  US12/774,627
• Publication Number:
  US 20100214077A1
• Time in Patent Office: Days
• US Class Current: 340/10.400
• CPC Class Codes: E05B 39/02 with destructible seal closures or paper closures
• CPC Class Codes: G09F 3/0317 having bolt like sealing means means for preventing relative axial movement of a pin, spigot, shaft or the like and a member surrounding it F16B21/00
• CPC Class Codes: G09F 3/0358 using a rigid hasp lock
• CPC Class Codes: Y10T 292/31 Hasps
• CPC Class Codes: Y10T 292/48 Seals
• CPC Class Codes: Y10T 292/51 Seal bolts
• CPC Class Codes: Y10T 70/5031 Receptacle

Abstract

The system described here is an improvement on ways to provide security and supply chain tracking for shipping containers. The system has a bolt-type seal lock module mounted on the container that has data storage capability and the capability to sense when the bolt is cut or certain environmental changes like impact. The system also includes a bolt-type seal lock that has data storage capability. The electronics module can be connected via wireless means to a centralized data base for the interchange of data. Individual modules or seal locks can be networked with each other to transmit data to and from a stack of metal shipping containers.

Claims

1. (canceled)

2. A system for tracking shipping containers, the system comprising:

a mechanism disposed on the shipping container to allow access to the interior of the shipping container when the mechanism is in a first position and to deny access to the asset when the mechanism is in a second position;

a first radio frequency communication device having a first identification and affixed to the shipping container; and

a second radio frequency communication device disposed with the mechanism and having a second identification and sensor data indicating whether the mechanism is in the first or second position, wherein the first radio frequency communication device receives the second identification and the sensor data from the second radio frequency communication device and communicates the first and second identifications and the sensor data to a third radio frequency communication device.

3. The system of claim 2, wherein the mechanism comprises a container door including a locking structure.

4. The system of claim 2, wherein the sensor data represent data of a measurable parameter.

5. The system of claim 2, wherein the sensor data represents changes detected by a sensor in ambient light inside of the shipping container.

6. The system of claim 2, further comprising a light sensor associated with the shipping container from which the sensor data is acquired.

7. The system of claim 2, further comprising a door sensor associated with the shipping container from which the sensor data is acquired.

8. The system of claim 2, further comprising a humidity sensor associated with the shipping container from which sensor data is acquired.

9. The system of claim 2, further comprising a temperature sensor associated with the shipping container from which sensor data is acquired.

10. The system of claim 2, further comprising an impact sensor associated with the shipping container from which sensor data is acquired.

11. The system of claim 2, wherein the sensor data is acquired represents changes detected by a sensor in ambient light inside of the shipping container.

12. The system of claim 2, wherein the container door is sealed by the first radio frequency device.

13. The system of claim 12, wherein the first radio frequency device comprises an electronic seal lock module.

14. The system of claim 12, wherein the electronic seal lock module comprises a bolt and a locking body which receives the bolt in locking engagement for securing a door of the shipping container.

15. The system of claim 12, wherein the electronic seal lock module comprises a transmitter and receiver for wireless communications.

16. The system of claim 12, wherein the first identification comprises a bolt serial number.

17. The system of claim 12, wherein the second radio frequency device comprises a container sensor electronics module.

18. The system of claim 12, wherein the container sensor electronics module comprises a transmitter and receiver for wireless communications.

19. The system of claim 12, further comprising a radio frequency door seal, and wherein the second identification comprises a unique code of the radio frequency door seal.

20. The system of claim 2, wherein the container door is sealed by the second radio frequency device.

21. The system of claim 20, wherein the second radio frequency device comprises an electronic seal lock module.

22. The system of claim 20, wherein the second identification comprises a bolt serial number.

23. The system of claim 20, wherein the first radio frequency device comprises a container sensor electronics module.

24. The system of claim 20, further comprising a radio frequency door seal, and wherein the first identification comprises a unique code of the radio frequency door seal.

25. The system of claim 20, wherein the first radio frequency communication device is located on an interior of the shipping container.

26. The system of claim 20, wherein the mechanism comprises a container door and the first radio frequency communication device is located on a frame of the container door.

35. The system of claim 12, wherein the electronic seal lock module comprises a bolt and a locking body which receives the bolt in locking engagement for securing a door of the shipping container, and a housing to which the locking body is mounted for pivoting movement relative to the housing, wherein each of the housing and the locking body include a transmitter and a receiver for wireless communications.

27. A system for tracking an asset by an RFID reader, the system comprising:

a mechanism disposed on the asset to allow access to the asset when the mechanism is in a first position and to deny access to the asset when the mechanism is in a second position;

a first RFID device having a first identity affixable to the asset; and

a second RFID device disposed with the mechanism and comprising a second identity and a measurable parameter indicating whether the mechanism is in the first or second position, wherein the first RFID device receives the second identity and the measurable parameter from the second RFID device and communicates the first and second identity and the measurable parameter to the RFID reader.

28. A system in accordance with claim 27 wherein the RFID device comprises a transmitter for communicating the first and second identity and the measurable parameter to the RFID reader.

29. A system in accordance with claim 27 wherein the measurable parameter comprises detection of presence of the second RFID device.

30. A system in accordance with claim 27 wherein the measurable parameter comprises detection of absence of the second RFID device.

31. A system in accordance with claim 30 wherein the first RFID device further comprises a communication device for communicating the first and second identity to an RFID reader.

32. A system in accordance with claim 27 wherein the first RFID device comprises an active RFID device.

33. A system in accordance with claim 27 wherein the second RFID device comprises a passive RFID device.

34. A method for asset tracking by a reader comprising the steps of:

affixing a first RFID device having a first identification symbol to an asset;

affixing a second RFID device having a second identification symbol to a locking mechanism affixed to the asset, the second identification symbol including behavior information indicating whether the locking mechanism is locked or unlocked; and

communicating the second identification symbol to the first RFID device for subsequent transmission to the reader.

36. A system for tracking an asset by an RFID reader, the system comprising:

a mechanism disposed on the asset to allow access to the asset when the mechanism is in a first position and to deny access to the asset when the mechanism is in a second position;

a first RFID device having a first identification affixable to the asset; and

a second RFID device disposed with the mechanism and comprising a second identification and a measurable parameter indicating whether the mechanism is in the first or second position, wherein the first RFID device receives the second identification and the measurable parameter from the second RFID device and communicates the first and second identification and the measurable parameter to the RFID reader.

37. A system for tracking an asset by an RFID reader, the system comprising:

a mechanism disposed on the asset to allow access to the asset when the mechanism is in a first position and to deny access to the asset when the mechanism is in a second position;

a first RFID device having a first identification affixable to the asset; and

a second RFID device disposed with the mechanism and comprising a second identification and event data indicating whether the mechanism is in the first or second position, wherein the first RFID device receives the second identification and the event data from the second RFID device and communicates the first and second identification and the event data to the RFID reader.

38. A system for tracking an asset by an RFID reader, the system comprising:

a mechanism disposed on the asset to allow access to the asset when the mechanism is in a first position and to deny access to the asset when the mechanism is in a second position;

a first RFID device having a first identification affixable to the asset; and

a second RFID device disposed with the mechanism and comprising a second identification and a signal indicating whether the mechanism is in the first or second position, wherein the first RFID device receives the second identification and the signal from the second RFID device and communicates the first and second identification and the signal to the RFID reader.

39. A system for tracking an asset by an RFID reader, the system comprising:

a mechanism disposed on the asset to allow access to the asset when the mechanism is in an unlocked position and to deny access to the asset when the mechanism is in a locked position;

a first RFID device having a first identification affixable to the asset; and

a second RFID device disposed with the mechanism and comprising a second identification and event data indicating whether the mechanism is in the unlocked position or locked position, wherein the first RFID device receives the second identification and the event data from the second RFID device and communicates the first and second identification and the event data to the RFID reader.

40. A system for tracking an asset by an RFID reader, the system comprising:

a mechanism disposed on the asset to allow access to the asset when the mechanism is in an open position and to deny access to the asset when the mechanism is in a closed position;

a first RFID device having a first identification affixable to the asset; and

a second RFID device disposed with the mechanism and comprising a second identification and event data indicating whether the mechanism is in the open position or closed position, wherein the first RFID device receives the second identification and the event data from the second RFID device and communicates the first and second identification and the event data to the RFID reader.

41. A system for tracking an asset by an RFID reader, the system comprising:

a bolt disposed on the asset to allow access to the asset when the bolt is in a first position and to deny access to the asset when the bolt is in a second position;

a first RFID device having a first identification affixable to the asset; and

a second RFID device disposed with the bolt and comprising a second identification and event data indicating whether the bolt is in the first or second position, wherein the first RFID device receives the second identification and the event data from the second RFID device and communicates the first and second identification and the event data to the RFID reader.

42. A system for tracking an asset by an RFID reader, the system comprising:

a locking mechanism disposed on the asset to allow access to the asset when the locking mechanism is in a first position and to deny access to the asset when the locking mechanism is in a second position;

a first RFID device having a first identification affixable to the asset; and

a second RFID device comprising the locking mechanism and further comprising a second identification and event data indicating whether the locking mechanism is in the first or second position, wherein the first RFID device receives the second identification and the event data from the second RFID device and communicates the first and second identification and the event data to the RFID reader.

43. A system for tracking an asset by an ID reader, the system comprising:

a mechanism disposed on the asset to allow access to the asset when the mechanism is in a first position and to deny access to the asset when the mechanism is in a second position;

a first ID device having a first identification affixable to the asset; and

a second ID device disposed with the mechanism and comprising a second identification and event data indicating whether the mechanism is in the first or second position, wherein the first RFID device receives the second identification and the event data from the second RFID device and communicates the first and second identification and the event data to the RFID reader.

44. A system for tracking an asset by an RFID reader, the system comprising:

a mechanism disposed on the asset to allow access to the asset when the mechanism is in a first position and to deny access to the asset when the mechanism is in a second position;

a sensor electronics module having a first identification affixable to the asset; and

an electronic seal lock module disposed with the mechanism and comprising a second identification and event data indicating whether the mechanism is in the first or second position, wherein the sensor electronics module receives the second identification and the event data from the electronic seal lock module and communicates the first and second identification and the event data to the RFID reader.

45. A system for tracking an asset by an RFID reader, the system comprising:

a bolt disposed on the asset to allow access to the asset when the bolt is in a first position and to deny access to the asset when the bolt is in a second position;

a sensor electronics module having a first identification affixable to the asset; and

an electronic seal lock module disposed with the bolt and comprising a second identification and event data indicating whether the bolt is in the first or second position, wherein the sensor electronics module receives the second identification and the event data from the electronic seal lock module and communicates the first and second identification and the event data to the RFID reader.

46. A system for tracking an asset by an RFID reader, the system comprising:

a locking mechanism disposed on the asset to allow access to the asset when the locking mechanism is in a first position and to deny access to the asset when the locking mechanism is in a second position;

a sensor electronics module having a first identification affixable to the asset; and

an electronic seal lock module comprising the locking mechanism and further comprising a second identification and event data indicating whether the locking mechanism is in the first or second position, wherein the sensor electronics module receives the second identification and the event data from the electronic seal lock module and communicates the first and second identification and the event data to the RFID reader.

47. A system for tracking an asset by an RFID reader, the system comprising:

a mechanism of the asset configured to allow access to the asset when the mechanism is in a first position and to deny access to the asset when the mechanism is in a second position;

a sensor electronics module having a first identification affixable to the asset; and

an electronic seal lock module disposed with the mechanism and comprising a second identification and event data indicating whether the mechanism is in the first or second position, wherein the sensor electronics module receives the second identification and the event data from the electronic seal lock module and communicates the first and second identification and the event data to the RFID reader.

48. A system for tracking an asset by an RFID reader, the system comprising:

a door of the asset configured to allow access to the asset when the mechanism is in a first position and to deny access to the asset when the mechanism is in a second position;

a sensor electronics module having a first identification affixable to the asset; and

an electronic seal lock module disposed with the mechanism and comprising a second identification and event data indicating whether the mechanism is in the first or second position, wherein the sensor electronics module receives the second identification and the event data from the electronic seal lock module and communicates the first and second identification and the event data to the RFID reader.

49. A system for tracking an asset by an RFID reader, the system comprising:

a mechanism of the asset configured to allow access to the asset when the mechanism is in a first position and to deny access to the asset when the mechanism is in a second position;

a sensor electronics module having a first identification affixable to the asset; and

an electronic seal lock module disposed with the mechanism and comprising a second identification and sensor data indicating whether the mechanism is in the first or second position, wherein the sensor electronics module receives the second identification and the sensor data from the electronic seal lock module and communicates the first and second identification and the sensor data to the RFID reader.

50. A system for tracking an asset by an RFID reader, the system comprising:

a door of the asset configured to allow access to the asset when the mechanism is in a first position and to deny access to the asset when the mechanism is in a second position;

a sensor electronics module having a first identification affixable to the asset; and

an electronic seal lock module disposed with the mechanism and comprising a second identification and sensor data indicating whether the mechanism is in the first or second position, wherein the sensor electronics module receives the second identification and the sensor data from the electronic seal lock module and communicates the first and second identification and the sensor data to the RFID reader.

51. A system for tracking an asset by a reader, the system comprising:

a mechanism disposed on the asset to allow access to the asset when the mechanism is in a first position and to deny access to the asset when the mechanism is in a second position;

a sensor electronics module having a first identification affixable to the asset; and

an electronic seal lock module disposed with the mechanism and comprising a second identification and event data indicating whether the mechanism is in the first or second position, wherein the sensor electronics module receives the second identification and the event data from the electronic seal lock module and communicates the first and second identification and the event data to the reader.

52. A system for tracking an asset by a reader, the system comprising:

a bolt disposed on the asset to allow access to the asset when the bolt is in a first position and to deny access to the asset when the bolt is in a second position;

a sensor electronics module having a first identification affixable to the asset; and

an electronic seal lock module disposed with the bolt and comprising a second identification and event data indicating whether the bolt is in the first or second position, wherein the sensor electronics module receives the second identification and the event data from the electronic seal lock module and communicates the first and second identification and the event data to the reader.

53. A system for tracking an asset by a reader, the system comprising:

a locking mechanism disposed on the asset to allow access to the asset when the locking mechanism is in a first position and to deny access to the asset when the locking mechanism is in a second position;

a sensor electronics module having a first identification affixable to the asset; and

an electronic seal lock module comprising the locking mechanism and further comprising a second identification and event data indicating whether the locking mechanism is in the first or second position, wherein the sensor electronics module receives the second identification and the event data from the electronic seal lock module and communicates the first and second identification and the event data to the reader.

54. A system for tracking an asset by a reader, the system comprising:

a mechanism of the asset configured to allow access to the asset when the mechanism is in a first position and to deny access to the asset when the mechanism is in a second position;

a sensor electronics module having a first identification affixable to the asset; and

an electronic seal lock module disposed with the mechanism and comprising a second identification and event data indicating whether the mechanism is in the first or second position, wherein the sensor electronics module receives the second identification and the event data from the electronic seal lock module and communicates the first and second identification and the event data to the reader.

55. A system for tracking an asset by a reader, the system comprising:

a door of the asset configured to allow access to the asset when the mechanism is in a first position and to deny access to the asset when the mechanism is in a second position;

a sensor electronics module having a first identification affixable to the asset; and

an electronic seal lock module disposed with the mechanism and comprising a second identification and event data indicating whether the mechanism is in the first or second position, wherein the sensor electronics module receives the second identification and the event data from the electronic seal lock module and communicates the first and second identification and the event data to the reader.

56. A system for tracking an asset by a reader, the system comprising:

a mechanism of the asset configured to allow access to the asset when the mechanism is in a first position and to deny access to the asset when the mechanism is in a second position;

a sensor electronics module having a first identification affixable to the asset; and

an electronic seal lock module disposed with the mechanism and comprising a second identification and sensor data indicating whether the mechanism is in the first or second position, wherein the sensor electronics module receives the second identification and the sensor data from the electronic seal lock module and communicates the first and second identification and the sensor data to the reader.

57. A system for tracking an asset by a reader, the system comprising:

a door of the asset configured to allow access to the asset when the mechanism is in a first position and to deny access to the asset when the mechanism is in a second position;

a sensor electronics module having a first identification affixable to the asset; and

an electronic seal lock module disposed with the mechanism and comprising a second identification and sensor data indicating whether the mechanism is in the first or second position, wherein the sensor electronics module receives the second identification and the sensor data from the electronic seal lock module and communicates the first and second identification and the sensor data to the reader.

58. A method for asset tracking by a reader comprising the steps of:

affixing a first RFID device having a first identification to an asset;

affixing a second RFID device having a second identification to a locking mechanism affixed to the asset, the second identification including behavior information indicating whether the locking mechanism is locked or unlocked; and

communicating the second identification to the first RFID device for subsequent transmission to the reader.

59. A method for asset tracking by a reader comprising the steps of:

affixing a first ID device having a first identification to an asset;

affixing a second ID device having a second identification to a locking mechanism affixed to the asset, the second identification including behavior information indicating whether the locking mechanism is locked or unlocked; and

communicating the second identification to the first ID device for subsequent transmission to the reader.

60. A method for asset tracking by a reader comprising the steps of:

affixing a first RFID device having first data to an asset, the first data including an identification;

affixing a second RFID device having second data to a locking mechanism affixed to the asset, the second data including behavior information indicating whether the locking mechanism is locked or unlocked; and

communicating the second data to the first RFID device for subsequent transmission to the reader.

61. A method for asset tracking by a reader comprising the steps of:

affixing a first RFID device having first data to an asset, the first data including an identification;

affixing a second RFID device having second data to a locking mechanism affixed to the asset, the second data including event data indicating whether the locking mechanism is locked or unlocked; and

communicating the second data to the first RFID device for subsequent transmission to the reader.

62. A method for asset tracking by a reader comprising the steps of:

affixing a sensor electronics module having a first identification to an asset;

affixing a electronic seal lock module having a second identification to a locking mechanism affixed to the asset, the second identification including behavior information indicating whether the locking mechanism is locked or unlocked; and

communicating the second identification to the sensor electronics module for subsequent transmission to the reader.

63. A method for asset tracking by a reader comprising the steps of:

affixing a sensor electronics module having first data to an asset, the first data including an identification;

affixing a electronic seal lock module having second data to a locking mechanism affixed to the asset, the second data including behavior information indicating whether the locking mechanism is locked or unlocked; and

communicating the second data to the sensor electronics module for subsequent transmission to the reader.

64. A method for asset tracking by a reader comprising the steps of:

affixing a sensor electronics module having first data to an asset, the first data including an identification;

affixing a electronic seal lock module having second data to a locking mechanism affixed to the asset, the second data including event data indicating whether the locking mechanism is locked or unlocked; and

communicating the second data to the sensor electronics module for subsequent transmission to the reader.