Granted Patent B2

US 12,276,505 · App. 17/919,177 · Granted Apr 15, 2025

Inventor: Gerke Spaling (Enschede, NL)

Assignee: TEIJIN ARAMID B.V.

G01C21/16G01C21/14G01C21/3652G01C21/3844G08B6/00

Abstract

Claims (74)

1. A method for aiding emergency responders in retrieving a path, comprising:

receiving motion data from a first motion sensor registering motion of a first emergency responder of at least one emergency responder exploring an emergency scene;

compiling track data based on the motion data of the first motion sensor, wherein the track data represents a first track of the first emergency responder through the emergency scene;

calculating path data based on the track data, wherein the path data represents a path coinciding with at least a part of the first track; and

providing the path data to an actuator arranged for guiding an emergency responder of the at least one emergency responder along the path; wherein

calculating the path data comprises:

recognizing crossings in the track data for recognizing parallel tracks between crossings; and

selecting one of the parallel tracks for the path data; and

compiling the track data comprises:

obtaining a location and/or an orientation of the first motion sensor on a body of the first emergency responder and/or equipment carried by the first emergency responder;

obtaining a track width; and

establishing the track data based on the motion data, the track width, and the location and/or the orientation of the first motion sensor.

2. The method according to claim 1 , wherein the selecting is based on one or more of a group of a length of, a number of curves in, a duration to travel, a straightness of, and/or a closeness to other track sections of a track section.

3. The method according to claim 1 ,

wherein calculating the path data comprises calculating a length of each of the parallel tracks between crossings, and/or calculating a travel time of each of the parallel tracks; and

wherein the selecting one of the parallel tracks is based on the length and/or the travel time of the parallel tracks.

4. The method according to claim 1 , wherein the actuator is a haptic actuator, arranged for providing a directional sensation to the at least one emergency responder for guiding the emergency responder.

5. The method according to claim 1 , comprising receiving motion data from a second motion sensor registering motion of a second emergency responder of at least one emergency responder exploring an emergency scene; and wherein compiling track data is also based on the motion data of the second motion sensor.

6. The method according to claim 1 ,

wherein the at least one emergency responder is the first emergency responder; and/or

wherein the at least one emergency responder is a second or a third emergency responder.

7. The method according to claim 1 , wherein calculating the path data comprises:

loading a building information model; and

optimizing the path data based on the building information model.

8. The method according to claim 1 ,

wherein the track data represents a gross displacement of the first emergency responder,

wherein the gross displacement comprises data of all steps, small and large, forward, backward and sideways as taken by the first emergency responder;

wherein the path data is arranged for guiding the at least one emergency responder along the path providing a net displacement; and

wherein the path data does not comprise data of all steps, small and large, forward, backward and sideways as taken by the first emergency responder.

9. The method according to claim 1 , comprising

receiving a label labeling a particular location; and

wherein compiling track data is also based on the received label.

10. The method according to claim 9 , wherein the label represents a location to be avoided and/or a location necessarily inserted in the path data.

11. A system comprising a microprocessor arranged and loaded with software for carrying out any of the methods according to claim 1 .

12. A method for aiding a second emergency responder of at least one emergency responder in retrieving a path, comprising:

arranging a second actuator to a body of the second emergency responder; and

providing path data representing a path to the second actuator for guiding the second emergency responder along the path, wherein the path data is obtained by:

receiving motion data from a first motion sensor registering motion of a first emergency responder of at least one emergency responder exploring an emergency scene;

compiling track data based on the motion data of the first motion sensor, wherein the track data represents a first track of the first emergency responder through the emergency scene;

calculating path data based on the track data, wherein the path data represents a path coinciding with at least a part of the first track; and

providing the path data to the second actuator arranged for guiding the second emergency responder along the path; wherein

calculating the path data comprises:

recognizing crossings in the track data for recognizing parallel tracks between crossings; and

selecting one of the parallel tracks for the path data; and

compiling the track data comprises:

obtaining a location and/or an orientation of the first motion sensor on a body of the first emergency responder and/or equipment carried by the first emergency responder;

obtaining a track width; and

establishing the track data based on the motion data, the track width, and the location and/or the orientation of the first motion sensor.

13. A method for aiding a first emergency responder of at least one emergency responder in retrieving a path, comprising:

arranging a first motion sensor to a first body of the first emergency responder;

receiving motion data from the first motion sensor registering motion of the first emergency responder exploring an emergency scene;

compiling track data based on the motion data, wherein the track data represents a first track of the first emergency responder through the emergency scene;

calculating path data based on the track data, wherein the path data represents a path coinciding with at least a part of the first track;

arranging an actuator to a second body of a second emergency responder of the at least one emergency responder; and

providing the path data to the actuator for guiding the emergency responder along the path; wherein

calculating the path data comprises:

recognizing crossings in the track data for recognizing parallel tracks between crossings; and

selecting one of the parallel tracks for the path data; and

compiling the track data comprises:

obtaining a location and/or an orientation of the first motion sensor on a body of the first emergency responder and/or equipment carried by the first emergency responder;

obtaining a track width; and

establishing the track data based on the motion data, the track width, and the location and/or the orientation of the first motion sensor.

14. A non-transitory computer readable medium storing a computer program that, when executed, causes a computer or processor to perform processing including:

receiving motion data from a first motion sensor registering motion of a first emergency responder of at least one emergency responder exploring an emergency scene;

compiling track data based on the motion data of the first motion sensor, wherein the track data represents a first track of the first emergency responder through the emergency scene;

calculating path data based on the track data, wherein the path data represents a path coinciding with at least a part of the first track; and

providing the path data to an actuator arranged for guiding an emergency responder of the at least one emergency responder along the path; wherein

calculating the path data comprises:

recognizing crossings in the track data for recognizing parallel tracks between crossings; and

selecting one of the parallel tracks for the path data; and

compiling the track data comprises:

obtaining a location and/or an orientation of the first motion sensor on a body of the first emergency responder and/or equipment carried by the first emergency responder;

obtaining a track width; and

establishing the track data based on the motion data, the track width, and the location and/or the orientation of the first motion sensor.

Assignments (1)

Priority Claims (1)

Continuity (1)

References Cited (13)