Granted Patent B2

US 12,367,757 · App. 18/164,729 · Granted Jul 22, 2025

Inventors: Christopher L. Platt (Erie, CO); Sumit Sur (Broomfield, CO); Jess E. Cobb (Lafayette, CO); Rashid S. Al-Hamoodah (Longmont, CO); Lalit S. Pandit (Fort Collins, CO); Todd A. Stanley (Broomfield, CO)

Assignee: Inovonics Wireless Corporation

G08B29/185G08B21/043G08B21/0446G08B25/001

Abstract

Claims (114)

1. A device, comprising:

a communication interface;

an accelerometer configured to measure acceleration of the device;

a pressure sensor configured to measure barometric pressure;

processing logic configured to:

determine, based on measurements from the accelerometer, whether an acceleration greater than a first value has been detected,

determine, based on measurements from the pressure sensor, whether an elevation change or barometric pressure change greater than a second value has been detected,

identify a fall event in response to determining that the acceleration greater than the first value has been detected and that the elevation change or barometric pressure change greater than the second value has been detected, and

at least one of:

examine the measurements from the accelerometer or pressure sensor over a period of time to determine whether a fall has occurred, or

examine components of the acceleration to determine whether a fall has occurred; and

an input button configured to be pressed by a user, wherein when the input button is pressed, the processing logic is configured to send a message to indicate assistance is requested by a wearer of the device, and

wherein when at least one of examining the measurements from the accelerometer or pressure sensor over a period of time or examining components of the acceleration, the processing logic is configured to:

ignore or not process measurements made by the pressure sensor for a predetermined period of time after the input button is pressed or released.

2. The system of claim 1 , further comprising:

a gateway device,

wherein the first repeater device is further configured to:

transmit information to the gateway device indicating that the fall has occurred, and

wherein the information includes a location, an acceleration and an elevation change associated with the fall.

3. The device of claim 1 , wherein when at least one of examining the measurements from the accelerometer or pressure sensor over a period of time or examining components of the acceleration, the processing logic is configured to:

determine, at a predetermined time after the fall event, an elevation or barometric pressure, and

determine whether the elevation or barometric pressure at the predetermined time indicates whether the wearer of the device has not fallen or has gotten up from a possible fall.

4. The system of claim 3 , further comprising:

a fall monitoring system configured to:

receive, from the data storage device, fall information including a location associated with the fall, and

dispatch personnel or contact the user of the fall detection pendant in response to receiving the fall information.

5. The system of claim 3 , wherein the data storage device is configured to store information identifying at least two of:

a location of the fall,

a type of fall,

a severity associated with the fall,

at least one of an acceleration or elevation change associated with the fall,

at least one of an angle or orientation of the fall,

whether the fall is in a forward direction or a backward direction,

whether the fall is from a high location,

whether the user has fallen one or more other times within a period of time, or

details associated with the user.

6. The system of claim 1 , further comprising:

a locator device configured to:

receive, from the fall detection pendant, a signal that includes an identifier associated with the fall detection pendant, and

transmit, to the first repeater device, information indicating a location of the fall detection pendant.

7. The system of claim 1 , wherein the fall detection pendant includes a battery, wherein the battery is configured to:

continuously provide power to the accelerometer and pressure sensor, and

not continuously provide power to other components of the fall detection pendant.

8. The system of claim 1 , further comprising:

a data storage device configured to:

receive data from the fall detection pendant, and

store information identifying a type of alarm received from the fall detection pendant and information identifying a location of the fall detection pendant.

9. The system of claim 1 , wherein when the processing logic is further configured to at least one of:

examine measurements from the accelerometer or pressure sensor over a period of time, or

examine components of the acceleration.

10. The system of claim 9 , wherein when the fall detection pendant is at least one of examining the measurements from the accelerometer or pressure sensor over a period of time or examining components of the acceleration, the processing logic is configured to:

examine components of the acceleration in three directions with respect to the fall detection pendant to identify movement of the fall detection pendant not associated with a fall.

11. The device of claim 1 , wherein the device comprises a fall detection pendant configured to be worn around the neck of the user, on a wrist of the user, around the waist of the user or attached to an article of clothing worn by the user.

12. A system, comprising:

a fall detection pendant configured to be worn by a user, wherein the fall detection pendant comprises:

an accelerometer configured to measure acceleration,

a pressure sensor configured to measure barometric pressure, and

processing logic configured to:

determine, based on measurements from the accelerometer, whether an acceleration greater than a first value has been detected,

determine, based on measurements from the pressure sensor, whether an elevation change or barometric pressure change greater than a second value has been detected,

identify a fall event in response to determining that the acceleration greater than the first value has been detected and that the elevation change or barometric pressure change greater than the second value has been detected, and

at least one of:

examine the measurements from the accelerometer or pressure sensor over a period of time to determine whether a fall has occurred, or

examine components of the acceleration to determine whether a fall has occurred; and

a receiver device configured to:

receive information from the fall detection pendant indicating that the fall has occurred, and

signal at least one of a repeater device or a network coordinator device that the fall has occurred,

wherein the fall detection pendant includes an input button configured to be pressed by the user, wherein when the input button is pressed, the processing logic is configured to send a message to indicate assistance is requested by a wearer of the fall detection pendant, and

wherein when at least one of examining the measurements from the accelerometer or pressure sensor over a period of time or examining components of the acceleration, the processing logic is configured to:

ignore or not process measurements made by the pressure sensor for a predetermined period of time after the input button is pressed or released.

13. A method, comprising:

measuring, by a fall detection pendant configured to be worn by a user, acceleration;

measuring, by the fall detection pendant, barometric pressure;

identifying, by the fall detection pendant, a fall event based on the measured acceleration and barometric pressure;

determining, by the fall detection pendant and based on the fall event, whether a fall has occurred;

forwarding, by the fall detection pendant and to a first receiver device, in response to determining that a fall has occurred, information indicating that the fall has occurred; and

transmitting, by the first receiver device and to at least one of a repeater device or a coordinator device that the fall has occurred.

14. The system of claim 13 , further comprising:

a fall monitoring system, wherein the fall monitoring system is configured to:

receive, from the data storage device, fall information including the location associated with the fall, and

dispatch personnel or contact the wearer of the fall detection pendant in response to receiving the fall information.

15. The method of claim 14 , further comprising:

storing, by the fall data storage device, the fall related data; and

providing, by the fall data storage device, an application programming interface (API) configured to allow remote access to the stored measurements and fall related data.

16. The method of claim 15 , wherein the storing fall related data comprises storing information identifying at least two of:

a location of the fall,

a type of fall,

a severity associated with the fall,

at least one of an acceleration or elevation change associated with the fall,

at least one of an angle or orientation of the fall,

whether the fall is in a forward direction or a backward direction,

whether the fall is from a high location,

whether the user has fallen one or more other times within a period of time, or

details associated with the user.

17. The system of claim 12 , wherein when the fall detection pendant is at least one of examining the measurements from the accelerometer or pressure sensor over a period of time or examining components of the acceleration, the processing logic is configured to:

examine measurements from the pressure sensor at a first time after the fall event has occurred to determine whether the pressure change at the first time indicates that the wearer of the fall detection pendant has not fallen or has gotten up from a possible fall.

18. A method, comprising:

measuring, by an accelerometer included on a fall detection device, acceleration;

measuring, by a pressure sensor included on the fall detection device, a barometric pressure;

determining, based on measurements from the accelerometer, whether an acceleration greater than a first value has been detected;

determining, based on measurements from the pressure sensor, whether an elevation change or barometric pressure change greater than a second value has been detected;

at least one of:

examining the measurements from the accelerometer or pressure sensor over a period of time to determine whether a fall has occurred, or

examining components of the acceleration to determine whether a fall has occurred; and

receiving, via an input button of the fall detection device configured to be pressed by a user, a signal indicating that the input button was pressed, and in response to the input button being pressed;

sending a message to indicate assistance is requested by a wearer of the fall detection device, and

ignoring or not processing measurements made by the pressure sensor for a predetermined period of time after the input button is pressed or released.

19. The system of claim 18 , further comprising:

a fall monitoring system, wherein the fall monitoring system is configured to:

receive, from the data storage device, fall information including a location associated with the fall, and

dispatch personnel or contact the user of the fall detection pendant in response to receiving the fall information.

20. The method of claim 18 , wherein when at least one of examining the measurements from the accelerometer or pressure sensor over a period of time or examining components of the acceleration, the method comprises:

determining, at a predetermined time after determining whether the fall has occurred, an elevation or barometric pressure, and

determining whether the elevation or barometric pressure at the predetermined time indicates whether the wearer of the fall detection device has not fallen or has gotten up from a possible fall.

Assignments (1)

Continuity (2)

References Cited (65)