User management interface for EAS system

• US 5,737,241 A
• Filed: 11/02/1995
• Issued: 04/07/1998
• Est. Priority Date: 11/02/1995
• Status: Expired due to Term

• Current Assignee: Tyco Fire & Security GmbH (Johnson Controls International plc)
• Original Assignee: Sensormatic Electronics Corporation (Johnson Controls International plc)
• Inventors: Watkins, Harry, Accolla, William R., Krom, Mark
• Primary Examiner(s): Trammell, James P.
• Assistant Examiner(s): PIPALA, EDWARD J
• Application Number:
  US08/556,763
• Time in Patent Office: 887 Days
• Field of Search: 364/146, 364/188, 364/550, 340/547, 340/551, 340/572, 340/825.06, 340/825.54
• US Class Current: 340/541
• CPC Class Codes: G08B 13/2402 Electronic Article Surveillance [EAS], i.e. systems using tags for detecting removal of a tagged item from a secure area, e.g. tags for detecting shoplifting mechanical aspects of the tags, e.g. related to locking E05B73/0017; RFID readers G06K7/00; RFID tags G06K19/00; access control systems G07C9/00; anti-theft control in point of sale systems G07G3/003; security seals G09F3/03

Abstract

A user management interface for interaction, monitoring and control of an EAS system. A user accessible input is provided in the interface for actuation by a user. A generation assembly is responsive to the input and generates signals for interacting with the EAS system. A receiver at the interface receives signals from the EAS system and provides indications with respect thereto.

Claims

1. A user management interface for user interaction, monitoring and control of an electronic article surveillance ("EAS") system comprising:

user accessible input means for actuation by a user;

generating means responsive to said user accessible input means for generating signals for interacting with said EAS system; and

receiving means for receiving signals from said EAS system to provide indications with respect thereto, said signals received by said receiving means from said EAS system including signals indicative of EAS system event data.

2. A user management interface in accordance with claim 1 wherein:

said interacting includes one or more of controlling the enabling and disabling of said EAS system.

3. A user management system in accordance with claim 2 wherein:

said receiving means includes display means for displaying said EAS system event data and an indication of the type of data being displayed.

4. A user interface in accordance with claim 3 wherein:

said EAS system event data includes one or more of the following;

the number of alarm conditions of said EAS system;

the number of people passing through said EAS system;

the number of disablements of said EAS system; and

the number of a times EAS tags in said EAS system have been deactivated.

5. A user management interface in accordance with claim 4 wherein:

said signals received by said receiving means from said EAS system further include signals indicative of the enabled and disabled states of one or more of an EAS tag deactivation device and said EAS system;

and said receiving means includes further display means for displaying the enabled and disabled states of one or more of said tag deactivation device and said EAS system.

6. A user management interface in accordance with claim 5 wherein:

said generating means includes further means for generating a signal indicative of resetting said EAS system event data being currently displayed by said display means to zero.

7. A user management interface in accordance with claim 6 wherein:

said further means of said generating means is responsive to a magnet brought adjacent said user management interface.

8. A user management interface in accordance with claim 6 wherein:

said signals received by said receiving means include signals for resetting said EAS system event data being currently displayed by said display means to zero.

9. A user management interface in accordance with claim 5 in which

said user management interface has one or more operating modes;

said user accessible input means is adapted to allow said user to select a particular operating mode; and

said signals generated by said generating means include signals indicative of each selected operating mode.

10. A user management interface in accordance with claim 9 wherein:

in a first operating mode, first actuations of said user accessible input means by said user following actuation of said user accessible input means to select said first mode are each indicative of a request by said user to disable said EAS system; and

said generating means in response to each said first actuation generates a signal which is understood by said EAS system as an instruction to disable said EAS system.

11. A user management interface in accordance with claim 10 wherein:

said receiving means upon disablement of said EAS system receives a signal indicative of said disablement and said receiving means causes said further display means to display the disabled state of said EAS system.

12. A user management interface in accordance with claim 10 wherein:

in a second operating mode, second actuations of said user accessible input means by said user following actuation of said user accessible input means to select said second operating mode, allow said user to sequentially access said EAS system event data;

said generating means in response to each said second actuation generates a signal which is understood by said EAS system as a request to transmit EAS system event data and an identification of said EAS system event data to said management interface;

and said receiving means receives said transmitted EAS system event data and said identification of said EAS system event data and causes said display means to display said EAS system event data and to display said identification of said EAS system event data.

13. A user management interface in accordance with claim 12 wherein:

in a third operating mode, said EAS system recognizes the selection of said third operating mode as an instruction to cause disabling of a deactivation device and said deactivation device is disabled and third actuations of said user accessible input means by said user following actuation of said user accessible input means to select said third operating mode allow said user to sequentially access said EAS system event data;

said generating means in response to each said third actuation generates a signal which is understood by said EAS system as a request to transmit EAS system event data and an identification of said EAS system event data to said management interface;

and said receiving means receives said transmitted EAS system event data and said identification of said EAS system event data and causes said display means to display said EAS system event data and to display said identification of said EAS system event data.

14. A user management interface in accordance with claim 13 wherein:

said user accessible actuation means comprises;

a key switch having first, second and third positions for selecting said first, second and third operating modes; and

a momentary switch for effecting said first, second and third actuations;

said display means includes;

a main display for displaying said system event data;

an EAS system status lamp; and

system event lamps each indicative of a different one of said EAS system events;

and said generating means includes a switch assembly responsive to said key switch for generating said signals indicative of said operating modes.

15. A user management interface in accordance with claim 14 wherein:

said switch assembly is further responsive to a magnet brought adjacent said user management interface for generating a signal indicative of resetting said EAS system event data being currently displayed by said display assembly to zero.

16. A user management interface in accordance with claim 15 wherein:

said switch assembly is responsive to said magnet for generating said signal indicative of resetting said EAS event data being currently displayed to zero in said third operating mode.

17. A user management interface in accordance with claim 1 wherein:

said generating means includes a microcontroller.

18. A user management interface in accordance with claim 17 wherein:

said generating means includes a keyboard means;

and said microcontroller is responsive to said keyboard means.

19. A user management interface in accordance with claim 18 wherein:

said keyboard means includes;

a keyboard for entering requests to said microcontroller for EAS system status event data; and

a keypad for supplying identification information to said microcontroller.

20. A user management interface in accordance with claim 18 wherein:

said receiving means includes;

a digital signal port connected to said microcontroller; and

a display connected to said microcontroller.

21. A user management interface in accordance with claim 17 wherein:

said receiving means further includes;

an infrared transceiver means connected to said microcontroller.

22. A user management interface in accordance with claim 17 wherein:

said receiving means includes;

a video input port; and

a video processor means coupled to said video input port and to said microcontroller.

23. A user management interface in accordance with claim 17 wherein:

said receiving means includes;

a speaker/microphone unit coupled to said microcontroller.

24. A user management interface in accordance with claim 23 wherein:

said speaker/microphone unit comprises;

audio processor means coupled to said microcontroller;

a speaker connected to said audio processor; and

a microphone connected to said audio processor.

25. In combination:

an electronic article surveillance ("EAS") system;

and a user management interface for interaction, monitoring and control of said EAS system, said user management interface comprising;

user accessible input means for actuation by a user;

generating means responsive to said user accessible input means for generating signals for interacting with said EAS system; and

receiving means for receiving signals from said EAS system to provide indications with respect thereto, said signals received by said receiving means from said EAS system including signals indicative of EAS system event data.

26. The combination of claim 25 wherein:

said EAS system comprises;

a central station including;

means for storing EAS system event data; and

a program driven central processing unit for controlling said EAS system, said central processing unit being responsive to one or more said signals generated by said generating means of said user management interface and enabling generation of one or more of said signals received by said receiving means of said user management interface.

27. The combination of claim 26 wherein:

said EAS system further includes;

a local station having a microcontroller, said microcontroller communicating with said central processing unit of said central station and said user management interface and relaying signals therebetween.

28. The combination of claim 27 wherein:

said local station further includes;

transmitter and receiver antenna assemblies for transmitting interrogation signals into and receiving signals from an interrogation zone;

a motion sensor for sensing the people traffic through said interrogation zone;

said combination further includes a deactivation device for deactivating EAS tags;

and said motion sensor and deactivation device communicate with said microcontroller.

29. The combination of claim 28 wherein:

said interacting includes one or more of controlling the enabling and disabling of said EAS system.

30. The combination of claim 29 wherein:

said receiving means includes display means for displaying said EAS system event data and an indication of this type of data being displayed.

31. The combination of claim 30 wherein:

said EAS system event data includes one or more of the following;

the number of alarm conditions of said EAS system;

the number of people passing through said EAS system;

the number of disablements of said EAS system; and

the number of a times EAS tags in said EAS system have been deactivated.

32. The combination of claim 31 wherein:

said signals received by said receiving means from said EAS system further include signals indicative of the enabled and disabled states of one or more of an EAS tag deactivation device and the said EAS system;

and said receiving means includes further display means for displaying the enabled and disabled states of one or more of said tag deactivation device and said EAS system.

33. The combination of claim 25 wherein:

said generating means includes a microcontroller.

34. The combination of claim 33 wherein:

said generating means includes a keyboard means;

and said microcontroller is responsive to said keyboard means.

35. The combination of claim 34 wherein:

said keyboard means includes;

a keyboard for entering requests to said microcontroller for EAS system status event data; and

a keypad for supplying identification information to said microcontroller.

36. The combination of claim 34 wherein:

said receiving means includes;

a digital signal port connected to said microcontroller; and

a display connected to said microcontroller.

37. The combination of claim 33 wherein:

said receiving means further includes;

an infrared transceiver means connected to said microcontroller.

38. The combination of claim 33 wherein:

said receiving means includes;

a video input port; and

a video processor means coupled to said video input port and to said microcontroller.

39. The combination of claim 33 wherein:

said receiving means includes;

a speaker/microphone unit coupled to said microcontroller.

40. The combination of claim 39 wherein:

said speaker/microphone unit comprises;

audio processor means coupled to said microcontroller;

a speaker connected to said audio processor; and

a microphone connected to said audio processor.