Method and System for Locating Objects

• US 20090153305A1
• Filed: 07/07/2006
• Published: 06/18/2009
• Est. Priority Date: 07/08/2005
• Status: Abandoned Application

• Current Assignee: Antonio Ambrosetti
• Original Assignee: Antonio Ambrosetti
• Inventors: Ambrosetti, Antonio
• Application Number:
  US11/994,867
• Publication Number:
  US 20090153305A1
• Time in Patent Office: Days
• US Class Current: 340/10.310
• CPC Class Codes: G01S 5/0258 by combining or switching between measurements derived from different systems
• CPC Class Codes: G01S 5/14 Determining absolute distances from a plurality of spaced points of known location
• CPC Class Codes: G08B 21/24 Reminder alarms, e.g. anti-loss alarms

Abstract

A method and a system for locating objects is described, effective against any loss of items. The system is provided with high autonomy, capable of effectively tackling the unforeseeable and variable nature typical of forgetfulness, without for this reason being indiscrete and without the system itself constituting another object to be remembered, or rather not to forget, as well as being able to be integrated in commonly used objects. The system comprises acellular telephone (CELL), equipped with a positioning system (LOC) and with a short range communication interface adapted to allow connection with at least one hardware/software agent (A1- A4) that can be associated with an object that can be lost (O1-O4), which is adapted to cyclically send a presence signal, and to go into a rest mode when there is no reply to the presence signal from the cellular telephone (CELL), and it is adapted to establish a communication with passing mobile terminals, the cellular telephone (CELL) being arranged for running a processing programme to associate the cellular telephone (CELL) with respective hardware/software agents (A1-A4), for checking for the presence of such agents (A1-A4), for searching for their position, storing the time and location of the possible separation and transmitting possible activation commands to them.

Claims

1. Method for locating objects, comprising the steps of:

associating a respective first transceiver (A1-A4) with each of said objects (O1-O4); and

providing at least one second transceiver (CELL) adapted to dialogue with said first transceivers (A1-A4);

characterised in that it comprises the steps of;

making a cyclical query from a first transceiver (A1-A4) to the second transceiver (CELL);

sending an identity signal of said first transceiver (A1-A4) to the second transceiver (CELL); and

waiting for a reply from the second transceiver (CELL) for a predetermined waiting time,

and in that, in the absence of a reply, said first transceiver (A1-A4) goes into a low power consumption mode for a predetermined period of rest time before carrying out a subsequent cyclical query.

2. Method for locating objects according to claim 1, characterised in that said first transceiver (A1-A4) is adapted to establish a communication with said second transceiver (CELL) through a communication system (L1) having a predetermined radius of action.

3. Method for locating objects according to claim 2, characterised in that it also comprises the steps of:

determining the position of said second transceiver (CELL) when it leaves said radius of action; and

storing said position in a memory in said second transceiver (CELL).

4. Method for locating objects according to claim 2 or 3, characterised in that it also comprises the steps of:

determining the date and time of when said second transceiver (CELL) leaves said radius of action; and

storing said date and time in a memory in said second transceiver (CELL).

5. Method for locating objects according to claim 1, characterised in that when there is a reply from said second transceiver (CELL), the first transceiver (A1-A4) goes into a standby mode.

6. Method for locating objects according to claim 2, characterised in that it comprises the request, from said second transceiver (CELL), to an identified first transceiver (A1-A4), to emit a sound if said first and second transceiver (A1-A4;

CELL) are within said radius of action.

7. Method for locating objects according to claim 2, characterised in that it comprises the step of emitting a sound from said second transceiver (CELL) if said first transceiver (A1-A4) leaves said radius of action.

8. Method for locating objects according to claim 3, characterised in that it comprises the step of displaying the stored position of said second transceiver (CELL) if said first and second transceiver (A1-A4;

CELL) are not located within said radius of action, as information representative of the position of said first transceiver (A1-A4).

9. Method for locating objects according to claim 3, characterised in that it comprises the step of requesting, from said second transceiver (CELL), to a central control system (NET), for a map of the area surrounding said stored position if said first and second transceiver (A1-A4;

CELL) are not located within said radius of action.

10. Method for locating objects according to claim 2, characterised in that it comprises the step of sending, from said second transceiver (CELL), to a central control system (NET), a search request of said first transceiver (A1-A4) if said first and second transceiver (A1-A4;

CELL) are not located within said radius of action.

11. Method for locating objects according to claim 2, characterised in that it comprises the steps of:

providing a third transceiver (CELL); and

sending position information of said third transceiver representative of the position of said first transceiver (A1-A4) to a central control system (NET) if said first and third transceiver are located within said radius of action.

12. Method for locating objects according to claim 11, characterised in that it comprises the step of requesting, from said second transceiver (CELL), to said central control system (NET), a plurality of maps of the areas surrounding the positions of said second and third transceiver if said first and second transceiver are not located within said radius of action.

13. System for locating objects comprising a respective first transceiver (A1-A4) associated with each of said objects (O1-O4), and at least one second transceiver (CELL) adapted to dialogue with said first transceivers (A1-A4);

characterised in that each first transceiver (A1-A4) comprises means for making a cyclical, query to said second transceiver (CELL), means for sending an identity signal of said first transceiver (A1-A4) to said second transceiver (CELL), and is arranged to wait for a reply from said second transceiver (CELL) for a predetermined waiting time and, if there is no reply, to go into a low power consumption mode for a predetermined rest time before making a subsequent cyclical query.

14. System for locating objects according to claim 13, characterised in that said first transceiver (A1-A4) is adapted to establish a communication with said second transceiver (CELL) through a communication system (L1) having a predetermined radius of action.

15. System for locating objects according to claim 13, characterised in that said second transceiver (CELL) is a mobile telephone.

16. System for locating objects according to claim 14, characterised in that it comprises storage means adapted to store information relative to a search request of said first transceiver (A1-A4) if said first and second transceiver (A1-A4;

CELL) are not located within said radius of action.

17. System for locating objects according to claim 16, characterised in that it comprises at least one third transceiver and storage means adapted to store position information of said third transceiver representative of the position of said first transceiver (A1-A4) if said first and third transceiver are within said radius of action.

18. System for locating objects according to claim 13, characterised in that it comprises a mobile telephone (CELL) provided with an associated positioning system (LOC) and with a short range communication interface adapted to allow its connection (L1) with at least one hardware/software agent (A1-A4) able to be associated with an object that can be lost (O1-O4), which is adapted to cyclically send a presence signal, to go into a rest mode for a predetermined rest time when there is no reply to the presence signal from the mobile telephone (CELL), and is adapted to establish a communication with third mobile terminals present within its radius of action of communication;

said telephone apparatus (CELL) comprising processing means including a processor programme arranged for associating said telephone apparatus (CELL) with respective hardware/software agents (A1-A4), for checking for the presence of such agents (A1-A4) and transmitting commands to them, searching for them upon request and storing the time and location of their possible separation.