Location-based equipment control

• US 20020055361A1
• Filed: 05/21/2001
• Published: 05/09/2002
• Est. Priority Date: 05/24/2000
• Status: Abandoned Application

• Current Assignee: Hewlett-Packard Development Company, L.P. (HP Inc.)
• Original Assignee: Hewlett-Packard Development Company, L.P. (HP Inc.)
• Inventors: Crouch, Simon Edwin, Vickers, Paul, Thomas, Andrew, McDonnell, James Thomas Edward, Waters, John Deryk
• Application Number:
  US09/862,184
• Publication Number:
  US 20020055361A1
• Time in Patent Office: Days
• US Class Current: 455/456.6
• CPC Class Codes: B60R 2325/101 Bluetooth
• CPC Class Codes: B60R 2325/205 Mobile phones
• CPC Class Codes: G06F 21/00 Security arrangements for protecting computers, components thereof, programs or data against unauthorised activity
• CPC Class Codes: G06F 21/6218 to a system of files or objects, e.g. local or distributed file system or database
• CPC Class Codes: G06F 2221/2111 Location-sensitive, e.g. geographical location, GPS
• CPC Class Codes: H04W 12/08 Access security
• CPC Class Codes: H04W 12/63 Location-dependent; Proximity-dependent
• CPC Class Codes: H04W 60/00 Affiliation to network, e.g. registration; Terminating affiliation with the network, e.g. de-registration
• CPC Class Codes: H04W 8/18 Processing of user or subscriber data, e.g. subscribed services, user preferences or user profiles; Transfer of user or subscriber data

Abstract

Particular functionality of an item of equipment (70) is enabled upon both a location condition and a personnel condition being satisfied. The location condition is tested for by obtaining current-location data (67) representing the current location of the equipment, and comparing the current-location data with authorized-location data representing a predetermined authorized location or locality for operation of the equipment functionality. The personnel condition is tested for by checking for the presence at or near the equipment of at least one person (77) fitting stored authorized-personnel data (42) that identifies specified person or persons, or a specified grade of person. The location and personnel conditions can be tested for at the equipment (70) or at a remote service system (40).

Claims

1. A control method for enabling particular functionality of an item of equipment upon a set of conditions being satisfied, this set of conditions including both a location condition and a personnel condition, the method involving:

(a) automatically checking the location condition by;

(i) obtaining current-location data representing the current location of the equipment; and

(ii) comparing the current-location data with stored authorized-location data representing a predetermined authorised location or locality for operation of said functionality of the equipment;

(b) automatically checking the personnel condition by checking for the presence at or near the equipment of at least one person fitting stored authorized-personnel data that identifies specified person or persons, or a specified grade of person.

2. A method according to claim 1, wherein step (b) is effected by obtaining location data on persons covered by the authorized-personnel data and comparing this data either with the current location of the equipment or with said authorized-location data.

3. A method according to claim 1, wherein step (b) is effected by using a short-range communications system located on the equipment to determine identity information about nearby persons, this identity information then being compared against the authorized-personnel data.

4. A method according to claim 1, wherein the authorised-location data is stored in the equipment itself, the equipment either determining or being passed said current-location data, and sub-step (a)(ii) being carried out at the equipment.

5. A method according to claim 4, wherein the authorised-location data is modifiable by an appropriately authorised person attending at the equipment or remotely over a communications link.

6. A method according to claim 1, wherein the authorised-location data is stored in a remote service system, the equipment having a communication subsystem enabling it to communicate with the service system via a communications infrastructure thereby to receive said authorised-location data and compare it at the equipment with current-location data that the equipment has determined or obtained.

7. A method according to claim 1, wherein the equipment has a communication sub-system enabling it to communicate with a remote service system via a communications infrastructure, the authorised-location data being stored at the equipment and being passed to the service system via the communications infrastructure, and step (a)(ii) being carried out at the remote service system with the current location data being obtained either by the equipment and passed to the service system, or by the service system from separate location discovery system.

8. A method according to claim 7, wherein the communications infrastructure is a cellular radio infrastructure and the communication sub-system of the equipment is a cellular radio device, the infrastructure having a location determining system for determining the location of the cellular radio device and thus of the equipment, and the remote service system obtaining said current-location data from the location determining system directly.

9. A method according to claim 1, wherein the equipment has a communication sub-system enabling it to communicate with a remote service system via a communications infrastructure, the authorised-location data being stored at the service system and being retrieved against equipment identity information received via the communications infrastructure, and step (a)(ii) being carried out at the remote service system with the current location data being obtained either by the equipment and passed to the service system, or by the service system from separate location discovery system.

10. A method according to claim 9, wherein the communications infrastructure is a cellular radio infrastructure and the communication sub-system of the equipment is a cellular radio device, the infrastructure having a location determining system for determining the location of the cellular radio device and thus of the equipment, and the remote service system obtaining said current-location data from the location determining system directly.

11. A method according to claim 1, wherein the authorised- personnel data is stored in the equipment itself, and step (b) is carried out at the equipment.

12. A method according to claim 11, wherein the authorised-personnel data is modifiable by an appropriately authorised person attending at the equipment or remotely over a communications link.

13. A method according to claim 1, wherein the authorised-personnel data is stored in a remote service system, the equipment having a communication subsystem enabling it to communicate with the service system via a communications infrastructure thereby to receive said authorised-personnel data and carry out step (b) at the equipment.

14. A method according to claim 2, wherein the equipment has a communication subsystem enabling it to communicate with a remote service system via a communications infrastructure, the authorised-personnel data being stored at the equipment and being passed to the service system via the communications infrastructure, and step (b) being carried out at the remote service system with location information about authorized personnel being obtained by the service system from a location discovery system.

15. A method according to claim 14, wherein the communications infrastructure is a cellular radio infrastructure and authorised personnel are provided with respective associated cellular radio devices, the infrastructure having a location determining system for determining the location of the cellular radio devices and thus of the authorized personnel, and the remote service system carrying out step (b) by obtaining said current-location data from the location determining system.

16. A method according to claim 1, wherein the equipment has a communication subsystem enabling it to communicate with a remote service system via a communications infrastructure, the authorised-personnel data being stored at the service system and being retrieved against equipment identity information received via the communications infrastructure, and step (b) being carried out at the remote service system with location information about authorized personnel being obtained by the service system from a location discovery system.

17. A method according to claim 16, wherein the communications infrastructure is a cellular radio infrastructure and authorised personnel are provided with respective associated cellular radio devices, the infrastructure having a location determining system for determining the location of the cellular radio devices and thus of the authorized personnel, and the remote service system carrying out step (b) by obtaining said current-location data from the location determining system.

18. A method according to claim 2, wherein the equipment has a communication subsystem enabling it to communicate with a remote service system via a communications infrastructure, the authorised-location data and authorized-personnel data being stored at the service system and being retrieved against equipment identity information received via the communications infrastructure, and steps (a)(ii) and (b) being carried out at the remote service system.

19. A method according to claim 18, wherein the communications infrastructure is a cellular radio infrastructure and authorised personnel are provided with respective associated cellular radio devices, the communication sub-system of the equipment also being a cellular radio device, and the infrastructure having a location determining system for determining the location of the cellular radio devices and thus of the equipment and of authorized personnel, and the remote service system carrying out step (b) by obtaining said current-location data and location information about authorized personnel from the location determining system.

20. An equipment control method wherein particular functionality of an item of equipment is enabled upon a set of conditions being satisfied, this set of conditions including a location condition which is tested for by:

(a) obtaining current-location data representing the current location of the equipment;

(b) comparing the current-location data with authorised-location data representing a predetermined authorised location or locality for operation of said functionality of the equipment; and

(c) generating a location-match signal upon the comparison step (b) indicating that the equipment is currently located in said authorised location or locality.

said set of conditions further including a personnel condition that a specified person or persons, or a specified grade of person, must be at or near the equipment, this personnel condition being tested by obtaining location data on the specified person or persons, or on persons meeting said specified grade, and comparing this data either with the current location of the equipment or with said authorized-location data.

21. Equipment including particular functionality and a control sub-system for enabling said particular functionality upon both a location condition and a personnel condition being satisfied, the control sub-system comprising:

a first condition-check arrangement for determining whether the current location of the equipment matches an authorized location or locality for operation of said functionality that is specified in authorized-location data, the authorized-location data being either held locally in the equipment or received at the equipment from a remote service system;

a second condition-check arrangement for determining whether any persons at or near the equipment is amongst persons that are specified individually or by grade in authorized-personnel data and of which at least one is required to be present at or near the equipment for operation of said functionality, the authorized-personnel data being either held locally in the equipment or received at the equipment from a remote service system; and

an arrangement for enabling said functionality when both the location and personnel conditions are found satisfied by said first and second condition-check arrangements.

22. Equipment including particular functionality and a control sub-system for enabling said particular functionality upon both a location condition and a personnel condition being satisfied, the control sub-system comprising:

a store for holding authorized-location data representing a predetermined authorized location or locality for operation of said functionality,

a communication arrangement for passing the authorized-location data to a remote service system to enable the latter to check whether said location condition is satisfied by the current location of the equipment, the communication arrangement being operative to receive back the result of this condition check;

a condition-check arrangement for determining whether any persons at or near the equipment is amongst persons that are specified individually or by grade in authorized-personnel data and of which at least one is required to be present at or near the equipment for operation of said functionality, the authorized-personnel data being either held locally in the equipment or received at the equipment from the remote service system; and

an arrangement for enabling said functionality when both the location condition is indicated as satisfied by said result passed back from the service system, and the personnel condition is found satisfied by said condition-check arrangement.

23. Equipment including particular functionality and a control sub-system for enabling said particular functionality upon both a location condition and a personnel condition being satisfied, the control sub-system comprising:

a store for holding authorized-personnel data that identifies specified person or persons, or a specified grade of person at least one of which is required to be present at or near the equipment for operation of said functionality;

a communication arrangement for passing the authorized-personnel data to a remote service system to enable the latter to check whether personnel condition is satisfied by the persons currently at or near the equipment, the communication arrangement being operative to receive back the result of this condition check;

a condition-check arrangement for determining whether the current location of the equipment matches an authorized location or locality for operation of said functionality that is specified in authorized-location data, the authorized-location data being either held locally in the equipment or received at the equipment from the remote service system; and

an arrangement for enabling said functionality when both the location condition is found satisfied by said condition-check arrangement, and the personnel condition is indicated as satisfied by said result passed back from the service system.

24. Equipment including particular functionality and a control sub-system for enabling said particular functionality upon both a location condition and a personnel condition being satisfied, the control sub-system comprising

a store for holding both authorized-location data representing a predetermined authorised location or locality for operation of said functionality, and authorized-personnel data that identifies specified person or persons, or a specified grade of person at least one of which is required to be present at or near the equipment for operation of said functionality;

a communication arrangement for passing the authorized-location data and authorized-personnel data to a remote service system to enable the latter to check whether said location and personnel conditions are satisfied by the current location of the equipment and the persons at or near the equipment, the communication arrangement being operative to receive back the result of the condition checks;

an arrangement for enabling said functionality when said result indicates both conditions are satisfied.

25. A service system for use in an equipment control method in which both a location condition and a personnel condition are required to be satisfied for particular functionality of an item of equipment to be enabled, the service system comprising:

a communication sub-system for communicating with the equipment;

a first condition-check arrangement for determining whether the current location of the equipment matches an authorized location or locality for operation of said functionality that is specified in authorized-location data, the authorized-location data being either held locally in the service system or received from the equipment via the communication sub-system;

a second condition-check arrangement for determining whether any persons at or near the equipment is amongst persons that are specified individually or by grade in authorized-personnel data and of which at least one is required to be present at or near the equipment for operation of said functionality, the authorized-personnel data being either held locally in the service system or received from the equipment via the communication sub-system; and

an arrangement for passing an enable signal to the equipment via the communication sub-system when both the location and personnel conditions are found satisfied by said first and second condition-check arrangements.

26. A service system for use in an equipment control method in which both a location condition and a personnel condition are required to be satisfied for particular functionality of an item of equipment to be enabled, the service system comprising:

a communication sub-system for communicating with the equipment;

a store for holding authorized-location data representing a predetermined authorized location or locality for operation of said functionality,

a retrieval arrangement responsive to a communication received from the equipment via the communication sub-system, to retrieve the authorized-location data from the store and return it to the equipment to enable the latter to check whether said location condition is satisfied by the current location of the equipment;

a condition-check arrangement for determining whether any persons at or near the equipment is amongst persons that are specified individually or by grade in authorized-personnel data and of which at least one is required to be present at or near the equipment for operation of said functionality, the authorized-personnel data being either held locally in the service system or received from the equipment via the communication sub-system, and the condition-check arrangement being operative to return the result of this condition check to the equipment via the communication sub-system.

27. A service system for use in an equipment control method in which both a location condition and a personnel condition are required to be satisfied for particular functionality of an item of equipment to be enabled, the service system comprising:

a communication sub-system for communicating with the equipment;

a store for holding authorized-personnel data that identifies specified person or persons, or a specified grade of person at least one of which is required to be present at or near the equipment for operation of said functionality;

a retrieval arrangement responsive to a communication received from the equipment via the communication sub-system, to retrieve the authorized-personnel data from the store and return it to the equipment to enable the latter to check whether said personnel condition is satisfied by persons currently at or near the equipment;

a condition-check arrangement for determining whether the current location of the equipment matches an authorized location or locality for operation of said functionality that is specified in authorized-location data, the authorized-location data being either held locally in the service system or received from the equipment via the communication sub-system; and

the condition-check arrangement being operative to return the result of this condition check to the equipment via the communication sub-system.

28. A service system for use in an equipment control method in which both a location condition and a personnel condition are required to be satisfied for particular functionality of an item of equipment to be enabled, the service system comprising:

a communication sub-system for communicating with the equipment;

a store for holding both authorized-location data representing a predetermined authorized location or locality for operation of said functionality, and authorized-personnel data that identifies specified person or persons, or a specified grade of person at least one of which is required to be present at or near the equipment for operation of said functionality; and

a retrieval arrangement responsive to a communication received from the equipment via the communication sub-system, to retrieve the authorized-location data and the authorized-personnel data from the store and return them to the equipment to enable the latter to check whether said location and personnel conditions are satisfied by the current location of the equipment and the persons currently at or near the equipment.