SHIPPING CONTAINER SECURITY SYSTEM

• US 20090115201A1
• Filed: 12/31/2008
• Published: 05/07/2009
• Est. Priority Date: 07/29/2005
• Status: Active Grant

• Current Assignee: Google LLC (Alphabet Inc.)
• Original Assignee: TeraHop Networks Incorporated
• Inventors: Terry, Daniel J., Kenney, Daniel
• Granted Patent: US 7,938,459 B2
• Time in Patent Office: Days
• US Class Current: 292/327
• 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 a bolt-type seal lock which includes a bolt, having a shaft with proximal and distal portions and a head that is wider than the distal portion of the shaft and located at the proximal portion of the shaft; a locking body having a passageway with an open end for receiving and retaining the distal portion of the shaft of the bolt in locking engagement after the shaft has been inserted a predetermined extent into the open end of the passageway, at which point the shaft cannot be withdrawn from the open end of the passageway; and a housing connected to, and rotatable relative to, the locking body, configured to be removably mounted to a door of a shipping container, thereby preventing swinging motion of the locking body. The housing contains electronics, including memory, a wireless communication component, and a power source.

Claims

1. (canceled)

2. A bolt-type seal lock, comprising:

(a) a bolt comprising,

(i) a shaft having a proximal portion and a distal portion, and

(ii) a head located at the proximal portion of the shaft, the head being wider than the distal portion of the shaft;

(b) a locking body having a passageway with an open end for receiving and retaining the distal portion of the shaft of the bolt in locking engagement after the shaft has been inserted a predetermined extent into the open end of the passageway, at which point the shaft cannot be withdrawn from the open end of the passageway; and

(c) a housing connected to the locking body such that the housing and locking body are rotatable relative to each other, the housing configured to be removably mounted to a door of a shipping container, whereby the locking body does not freely swing on the distal portion of the shaft of the bolt during movement of the shipping container;

(d) wherein the housing contains electronics therein, the electronics including,

(i) memory for storing data,

(ii) a wireless communication component configured to wirelessly communicate data, and

(iii) a power source for powering the wireless communication component.

3. The bolt-type seal lock of claim 2, wherein the housing comprises magnets configured to magnetically mount the housing to a door of a shipping container.

4. The bolt-type seal lock of claim 2, wherein the housing and locking body are rotatable relative to each other about a first axis, and wherein the passageway of the locking body extends along a second axis that is parallel to the first axis.

5. The bolt-type seal lock of claim 2, wherein the housing includes first and second extensions defining a space therebetween within which a portion of the locking body is received, the locking body being connected to each of the first and second extensions.

6. The bolt-type seal lock of claim 2, wherein the electronics of the housing further include a microprocessor.

7. The bolt-type seal lock of claim 2, wherein the electronics of the housing further include one or more sensor components for acquiring data for detecting an environmental condition external to the housing.

8. The bolt-type seal lock of claim 7, wherein the electronics of the housing further include a microprocessor configured to process the sensor-acquired data.

9. The bolt-type seal lock of claim 7, wherein the electronics are configured to detect motion, vibration, impact or shock.

10. The bolt-type seal lock of claim 7, wherein the electronics are configured to detect humidity.

11. The bolt-type seal lock of claim 7, wherein the electronics are configured to detect temperature.

12. The bolt-type seal lock of claim 2, further comprising an antenna secured to the housing and configured to facilitate wireless communications by the wireless communication component contained within the housing.

13. The bolt-type seal lock of claim 2, further comprising two antennas each respectively secured to an opposite side of the housing and configured to facilitate wireless communications by the wireless communication component contained within the housing.

14. The bolt-type seal lock of claim 2, wherein the passageway of the locking body further includes a second open end and is configured to permit passage of the distal portion of the shaft through and out of the second open end of the passageway after separation of the head and the distal portion of the shaft of the bolt.

15. The bolt-type seal lock of claim 14, wherein the locking body includes a locking mechanism comprising a snap ring, and wherein the shaft of the bolt includes two circumferential, sloped surfaces, each surface being configured to engage and expand a snap ring of the locking body when the distal portion of the shaft of the bolt is pushed through the passageway in a direction from the first open end toward the second open end.

16. The bolt-type seal lock of claim 14, wherein the locking body is configured, after passage of the distal portion of the shaft through and out of the second end of the passageway, to receive and retain a shaft of another bolt in the locking engagement after the shaft of the other bolt has been inserted a predetermined extent into the first open end of the passageway, at which point the shaft of the other bolt cannot be withdrawn from the first open end of the passageway, whereby the locking body is reusable and a shipping container sealed by the bolt-type seal lock can be opened and relocked in the field using the locking body.

17. The bolt-type seal lock of claim 2, wherein the locking body contains electronics therein, the electronics including,

(a) memory for storing data,

(b) a wireless communication component configured to wirelessly communicate data, and

(c) a power source for powering the wireless communication component.

18. The bolt-type seal lock of claim 17, wherein the electronics of the locking body further include a USB port that is externally accessible for reading data from the memory contained within the locking body.

19. The bolt-type seal lock of claim 17, wherein the wireless communication component of the locking body and the wireless communication component of the housing are configured for wireless communications with each other.

21. The method of securing a shipping container according to claim 19, further comprising the steps of,

(a) removing the bolt from the locking body;

(b) providing a second bolt, comprising,

(i) a shaft having a proximal portion and a distal portion,

(ii) a head located at the proximal portion of the shaft, the head being wider than the distal portion of the shaft, and

(iii) a microchip that electronically contains a serial number of the second bolt;

(c) inserting the distal end of the shaft of the second bolt,

(i) through the opening in the locking structure of the door of the shipping container such that the shaft of the second bolt must be withdrawn from the opening of the hasp in order to open the door of the shipping container without causing structural damage to the shipping container, the head of the second bolt being too wide to pass through the opening in the locking structure of the door of the shipping container, and

(ii) into an open end of the passageway of the locking body a predetermined extent such that the locking body receives and retains the shaft of the second bolt in the locking engagement therewith; and

(d) after the locking engagement of the second bolt with the locking body, reading the serial number of the second bolt from the microchip of the second bolt, storing the serial number of the second bolt in the memory of the housing, and wirelessly communicating the serial number of the second bolt from the housing the wireless communication component of the housing.

20. A method of securing a shipping container, comprising the steps of:

(a) providing a bolt-type seal lock, comprising,

(i) a bolt comprising,

(A) a shaft having a proximal portion and a distal portion,

(B) a head located at the proximal portion of the shaft, the head being wider than the distal portion of the shaft, and

(C) a microchip that electronically contains a unique serial number of the bolt,

(ii) a locking body having an open-ended passageway, and

(iii) a housing connected to the locking body such that the housing and locking body are rotatable relative to each other, the housing configured to be removably mounted to a door of a shipping container, whereby the locking body does not freely swing on the distal portion of the shaft of the bolt during movement of the shipping container, the housing containing electronics including,

(A) memory for storing data,

(B) a wireless communication component configured to wirelessly communicate data, and

(C) a power source for powering the wireless communication component;

(b) inserting the distal end of the shaft of the bolt,

(i) through an opening in a locking structure of a door of the shipping container such that the shaft of the bolt must be withdrawn from the opening of the hasp in order to open the door of the shipping container without causing structural damage to the shipping container, the head of the bolt being too wide to pass through the opening in the locking structure of the door of the shipping container, and

(ii) into an open end of the passageway of the locking body a predetermined extent such that the locking body receives and retains the shaft of the bolt in locking engagement therewith; and

(c) after the locking engagement of the bolt with the locking body, reading the serial number from the microchip, storing the serial number in the memory of the housing, and wirelessly communicating the serial number from the housing the wireless communication component of the housing.