Coordinated communications in emergency

• US 10,008,100 B2
• Filed: 03/19/2014
• Issued: 06/26/2018
• Est. Priority Date: 03/19/2013
• Status: Active Grant

• Current Assignee: Miriam Gitau
• Original Assignee: Miriam Gitau
• Inventors: Gitau, Miriam
• Primary Examiner(s): Zimmerman, Brian
• Assistant Examiner(s): Eustaquio, Cal
• Application Number:
  US14/219,578
• Publication Number:
  US 20140285341A1
• Time in Patent Office: 1,560 Days
• CPC Class Codes: G08B 25/005 Alarm destination chosen according to a hierarchy of available destinations, e.g. if hospital does not answer send to police station
• CPC Class Codes: G08B 25/009 Signalling of the alarm condition to a substation whose identity is signalled to a central station, e.g. relaying alarm signals in order to extend communication range

Abstract

A system is provided for coordinated communication between various campus personnel and administrators, so that timely responses and effective actions are taken during times of emergency to provide reduced risk of injury or death to persons affected by the emergency is provided. The coordinated communication system includes a group of communication alert devices and at least one administrator alert device for sending and receiving alert indicators throughout a campus or location.

Claims

1. A computer-implemented method for providing coordinated communication between on-site campus personnel within a specified location, the method comprising:

receiving, at a monitoring station, a user activation of a non-automated alert at an alert device, the alert device associated with a particular on-site user, the alert device associated with and present within a specified on-site location as determined by location positioning, and the non-automated alert determined at least partially by on-site user input corresponding to on-site user judgment regarding at least one on-site user observed incident, the non-automated alert corresponding to an initial incident within the specified on-site location prior to arrival of any non-associated devices, wherein the monitoring station is integrated with a security system associated with the specified location;

at the alert device associated with the particular on-site user, upon receiving the non-automated alert from the on-site user, utilizing, by the monitoring station, predefined rules to determine whether the non-automated alert corresponds to a high priority condition;

upon determination that the non-automated alert is not high priority, sending, by the monitoring station, an alert signal to a central authority;

upon determination that the non-automated alert is high priority, sending, by the monitoring station, the non-automated alert from the alert device to

a plurality of other alert devices each associated with a respective on-site user, each respective alert device being present within the specified on-site location as determined by location positioning,

at least one administrative alert device, each at least one administrative alert device associated with a respective on-site administrator user, and each respective administrative alert device being present within the specific on-site location as determined by location positioning, and

a first stationary local status indicator of a plurality of local status indicators being visible to an area proximate to the alert device, each stationary local status indicator configured to display an environment status associated with the high priority non-automated alert, each stationary local status indicator being viewable and distinct to any off-site based responder personnel to an area proximate of the on-site user observed incident,

wherein all the alert devices and all the stationary local status indicators indicate a high-priority condition until an all clear condition is received;

upon receiving the non-automated alert at the at least one administration alert device within the specified on-site location as determined by location positioning, utilizing, by the monitoring station, a combination of on-site administrator user input and predefined rules to control at least one security action corresponding to a level of alert according to the non-automated alert;

wherein the at least one security action comprises controlling access through the security system to specified locations based at least on the location of the non-automated alert at the specified on-site location.

2. A computer-implemented method for providing coordinated communication between on-site campus personnel within a specified location, the method comprising:

receiving, at an administrative alert device associated with a particular on-site administrator user and associated with and present within a specified on-site location as determined by location positioning, a first alert from a specified alert device associated with an on-site remote user, the administrative alert device in communication with a monitoring station, the specified alert device being associated with and present within the specified on-site location as determined by location positioning, the first alert corresponding to a first level of alert determined at least partially by on-site remote user input corresponding to on-site remote user judgment regarding at least one on-site remote user observed incident with the specified on-site location prior to arrival of any non-associated devices, wherein the first alert is wirelessly transmitted to a corresponding stationary local status indicator being visible to an area proximate to the specified alert device, the stationary local status indicator configured to display an environment status associated with the first alert, the stationary local status indicator being viewable to any off-site based responder personnel to an area proximate of the specified alert device associated with the on-site remote user, wherein the monitoring station is integrated with a security system associated with the specified location;

upon receiving the first alert at the administrative alert device within a specified on-site location as determined by location positioning, utilizing, by the monitoring station, a combination of administrator input and predefined rules to determine whether the first alert is high priority and control at least one security action corresponding to the first level of alert;

wherein the at least one security action comprises controlling access through the security system to specified locations based at least on the location of the first alert at the specified on-site location;

upon determination at the administrative alert device that the first alert is high priority, sending, by the monitoring station, a high priority alert to all alert devices throughout the specified location;

receiving at the administrative alert device associated with the particular on-site administrator user, a second alert from the specified alert device associated with the on-site remote user, the second alert corresponding to a second level of alert determined at least partially by on-site remote user input corresponding to the at least one on-site remote user observed incident;

upon receiving the second alert at the administrative alert device, utilizing, by the monitoring station, a combination of administrator input and predefined rules to determine whether the second alert is an all clear condition; and

upon determination the second alert is an all clear condition, sending, by the monitoring station, an all clear alert to all alert devices and to all stationary local status indicators throughout the specified location.

3. The computer-implemented method of claim 2, further comprising

upon determination that the first alert is not high priority, determining whether the first alert is a communication request;

and

upon determination that the first alert is a communication request, enabling a communication channel corresponding to the specified alert device.

4. The computer-implemented method of claim 2, further comprising

upon determination that the first alert is not high priority, determining whether the first alert is an assistance request;

upon determination that the first alert is an assistance request, recording and saving a location corresponding to the specified alert device; and

providing requested assistance according to a specified procedure corresponding to a type of assistance requested.

5. The computer-implemented method of claim 2, further comprising:

upon determination that the first alert is not high priority, determining whether the first alert is an updated environment status; and

upon determination that the first alert is an updated environment status, transmitting the updated environment status to at least one alert device.

6. A system for coordinated communication between on-site campus personnel within a specified on-site location, the system comprising:

a monitoring station for coordinating alerts corresponding to an environment status among wireless network devices being within the specified on-site location as determined by location positioning, the environment status determined at least partially by on-site user personnel alert inputs corresponding to on-site user judgment regarding at least one on-site user observed incident within the specified on-site location prior to arrival of any off-site based responder personnel, the monitoring station configured to

integrate with a security system associated with the specified location,

wirelessly transmit at least one alert,

wirelessly receive at least one updated alert that specifies an updated environment status,

wirelessly update the environment status among the network devices according to the at least one updated alert, and

utilize a combination of on-site administrator user input and predefined rules to control at least one security action corresponding to a level of alert according to the at least one alert, wherein the at least one security action comprises controlling access through the security system to specified locations based at least on a location of the at least one alert at the specified on-site location;

a plurality of alert devices being within the specified on-site location as determined by location positioning, each alert device associated with a particular user, each alert device further configured to wirelessly receive the at least one alert, each alert device further including a plurality of selectable alert indicators to display the environment status corresponding to the at least one updated alert, and each selectable alert indicator further configured for receiving an input from the particular user to provide a new alert, and each alert device further configured to wirelessly transmit the new alert to the monitoring station;

a plurality of stationary local status indicators being within the specified on-site location, each stationary local status indicator configured to wirelessly receive the at least one alert and to display a corresponding environment status, each stationary local status indicator associated with a particular alert device of the plurality of alert devices, each stationary local status indicator being viewable and distinct to any off-site based responder personnel to an area proximate to the particular alert device of a corresponding stationary local status indicator; and

at least one administrative alert device, each administrative alert device associated with a particular on-site administrator user, each administrative alert device being within a specified on-site location as determined by local positioning, each administrative alert device configurable to wirelessly receive the at least one alert, each administrative alert device further including a plurality of selectable alert indicators to display the environment status corresponding to the at least one updated alert, and each selectable alert indicator further configured for receiving an administrator input, and each administrative alert device further configured to utilize a combination of the administrator input and predetermined rules to determine a new environment status and to wirelessly transmit the new environment status to the monitoring station, to the alert devices, and to the plurality of stationary local status indicators,

whereby each alert device and each administrative alert device provide new alerts according to the environment status of an area proximate of the respective device, and whereby each administrative alert device further provides for updating the environment status of the specified on-site location that includes each area proximate to each alert device.

7. The system of claim 6, wherein the network devices include at least one of the following:

a selectable alert indicator;

an alert device; and

an administrative alert device.

8. The system of claim 7, wherein wirelessly updating the environment status applies to one or more of the network devices.

9. The system of claim 6, wherein each stationary local status indicator is located remotely from at least one alert device and at least one administrative alert device.

10. The system of claim 9, wherein each stationary local status indicator is one of the following:

a color coded light;

an LED display; and

an e-paper display.

11. The system of claim 6, wherein the selectable alert indicators include at least one of the following:

a button;

an illuminable button;

a touch screen device;

a buzzer; and

a pull-ring.

12. The system of claim 6, wherein the environment status is displayed on at least one stationary local status indicator of the plurality of stationary local status indicators until a new environment status is received at the at least one stationary local status indicator.

13. The system of claim 6, wherein each alert device is further configured to transmit the new alert to at least one administrative alert device.

14. The system of claim 6, wherein each alert device is further configured to transmit the new alert to at least one stationary local status indicator.

15. The system of claim 6, wherein each alert device and each administrative alert device are uniquely identifiable within the system.

16. The system of claim 6, wherein the monitoring station further provides a text communication channel between the monitoring station and one of the following:

an alert device; and

an administrative alert device.

17. The system of claim 6, wherein each administrative alert device includes a text module for text communication.

18. The system of claim 6, wherein each alert device includes a text module for receiving text communications.

19. The system of claim 6, wherein the monitoring station further provides a voice communication channel between the monitoring station and one of the following:

an alert device; and

an administrative alert device.

20. The system of claim 19, wherein the monitoring station further provides a voice communication channel between an administrative alert device and one of the following:

an alert device; and

another administrative alert device.