Abstract:
The system and method for providing an emergency response via a wireless system disclosed herein. The system includes a mobile transceiver assembly having an emergency notification device and a location determination device, and an operations center operatively coupled to the mobile transceiver assembly via the radio frequency link. The method includes receiving a location of the mobile transceiver assembly, detecting actuation of an emergency notification device of the mobile transceiver assembly, causing an emergency notification signal to be transmitted to the facility controller, causing an identity and the location of the mobile transceiver assembly to be transmitted to the facility controller; and enabling an emergency response action to be initiated by an operations center attendant located at the operations center.
Abstract:
The system and method for providing an emergency response via a wireless system disclosed herein. The system includes a mobile transceiver assembly having an emergency notification device and a location determination device, and an operations center operatively coupled to the mobile transceiver assembly via the radio frequency link. The method includes receiving a location of the mobile transceiver assembly, detecting actuation of an emergency notification device of the mobile transceiver assembly, causing an emergency notification signal to be transmitted to the facility controller, causing an identity and the location of the mobile transceiver assembly to be transmitted to the facility controller; and enabling an emergency response action to be initiated by an operations center attendant located at the operations center.
Abstract:
The present invention relates to a tower comprising multifunction smart node and interactive kiosk for use with a modular, multipurpose tower, to be used in smart city applications, citywide Wi-Fi deployments, video surveillance applications, environmental sensors and other communication venues (wired or wireless) involving wireless network deployments of various wireless technologies. The tower includes modular compartments that can be configured for multiple applications and a central support pole.
Abstract:
A system and method for providing emergency response via a wireless link. In a limited and localized coverage area, a plurality of mobile pendant units is provided in communication with a local node and router. The mobile pendant units each include a wireless transceiver for communication with a wireless transceiver of the local node and router. The local node and router includes an interface to traditional networks, such as wired, wireless or satellite, which permits communication between an operations center and one or more of the mobile pendant units. Once one of the mobile pendant units is activated, its location is known and verbal communication is facilitated between the mobile pendant unit, the local node and router, and an operations center, as well as between the mobile pendant units.
Abstract:
The system and method for providing a data update and synchronization via a wireless system disclosed herein. The system includes a mobile transceiver assembly having an LCD and a menu navigation device, and an operations center operatively coupled to the mobile transceiver assembly via the radio frequency link. The method includes receiving a database update from the mobile transceiver assembly, detecting actuation of "edit profile" request of the mobile transceiver assembly, causing a notification signal to be transmitted to the facility controller, causing an identity and the location of the mobile transceiver assembly to be transmitted to the facility controller; and enabling a synchronized response action to be initiated by an operations center database Server located at the operations facility, thus causing the update of both databases simultaneously.
Abstract:
An apparatus includes a support frame including lower frame section, at least one intermediate frame section, and an upper frame section. The lower frame section may define a structure-free interior compartment which may contain or house one or more electronics modules. The at least one intermediate frame section may define a structure-free interior compartment which may contain or house one or more electronics modules. The upper frame section may include an upper frame horizontal shelf, a central post coupled with and extending vertically upward from the upper frame horizontal shelf, a top cover coupled with the central post, and one or more peripheral members extending between the upper frame horizontal shelf and the top cover, the upper frame section defining an upper structure-free interior region extending between the central post and the one or more peripheral members. One or more antennas may be adjustably mounted on the central post.
Abstract:
The system and method for providing a data update and synchronization via a wireless system disclosed herein. The system includes a mobile transceiver assembly having an LCD and a menu navigation device, and an operations center operatively coupled to the mobile transceiver assembly via the radio frequency link. The method includes receiving a database update from the mobile transceiver assembly, detecting actuation of "edit profile" request of the mobile transceiver assembly, causing a notification signal to be transmitted to the facility controller, causing an identity and the location of the mobile transceiver assembly to be transmitted to the facility controller; and enabling a synchronized response action to be initiated by an operations center database Server located at the operations facility, thus causing the update of both databases simultaneously.