1170 results about "Emergency condition" patented technology

Aspects of the present disclosure generally relate to systems and methods for an automated community notification system (“CNS”) that is configured to notify certain individuals with relevant information relating to occurrence of an event or emergency at a given geographical location. Generally, aspects of the system include operative connections to one or more security system providers (“SSPs”) to identify events / emergencies at properties. In alternate embodiments, system users provide event information to the CNS via users' electronic devices. According to one aspect, system users register with the CNS and provide user information, preferences, geographic information, etc., and the CNS subsequently utilizes that information (in connection with other third party information sources) to establish “neighborhood networks” for system users. Typically, members of in the same neighborhood network are notified and provided with relevant information when an emergency occurs at the property or geographic location of another user in the members' network.

A drowning or asphyxiation prevention system and methods are set forth, for facilitating drowning prevention of swimmers in bodies of water, such as pools, lakes or the like. The drowning prevention safety system comprises a wearable article worn by a swimmer, an alarm indicator for transmitting an alarm condition. The system may further include an alarm receiving system for receiving the alarm signal from the alarm transmitting device. The invention also relates to a heart rate monitoring system comprising a patch type portion to be adhesively applied to the skin of a user to monitor the electrical activity of the heart and generate heart rate information that is communicated to a separate wearable device, such as a wrist worn device.

Local emergency alert service for cell-phone or pager users is provided using regional or localized broadcast to or polling of available, voluntary, or otherwise identified wireless communication devices or other network-accessible nodes operating using different protocol in proximate help area, thus allowing such alerted users to respond to nearby emergency request or condition. Wireless communicator location is determined using relative satellite positioning, radio signal triangulation, or manual entry technique. Sensor may alert wireless communicator automatically of emergency condition.

An emergency vehicle warning device and a vehicle warning system method for notifying a person (and plural) in a moving vehicle (and plural), an approaching emergency vehicle (and plural), including a transmitter for transmitting an emergency signal from an emergency vehicle and a receiver embedded in a siren and light vehicle warning device located near or attached to a traffic signal, and the receiving vehicle warning devise emits lights and loud siren sounds, which alert driver(s) of moving vehicle(s) and pedestrian(s), that the emergency vehicle(s) are approaching a nearby intersection; and the Emergency vehicle warning system comprising a transmitting means located in an emergency vehicle for transmitting an emergency signal indicating that the emergency vehicle(s) are approaching the intersection that is activated or starts and continues signaling when emergency vehicle(s) are on the move nearby in emergency conditions, a receiving means located in a siren and light vehicle warning device, such device located near or attached to a traffic signaling device or light, such receiving means for receiving the emergency signal from the transmitting means, and an alert means triggered by the receiving means to alert the driver of the moving vehicle(s) that the emergency vehicle(s) are approaching.

An emergency response system capable of directing building occupants to a safe location in real-time is disclosed. The system comprises a plurality of sensors which detect and monitor an emergency condition, a central processing unit which evaluates the data, calculates accessible evacuation routes, and sends the result to output devices which provide directional information to occupants. By combining an analysis of the flow of evacuees with changes in building structural information and the evolution of an emergency condition the system combines situation-aware data with contextual information to thereby provide the best available evacuation route to evacuees. In this manner, some evacuees may be redirected to alternate evacuation routes during the evacuation process itself, thereby minimizing problems due to congestion, potential panic of the evacuees, and changes in the emergency condition while increasing the probability that evacuees will reach a safe location.

A light-emitting diode (“LED”) based strobe may be used in automated system to provide a visual alert to occupants and / or building personnel if an emergency condition exists. A LED based strobe provides an even distribution of light having a sharp, bright pulse of light desired for emergency evacuation using lower power consumption.

An emergency call device has an emergency call-sending button and a disconnection button. The emergency call device carries out an emergency call to a service center when an emergency condition occurs. The emergency call device can terminate the emergency call in response to a disconnection request from the disconnection button only after a connection request signal, a user ID, and a current location data of the vehicle are transmitted to the service center. As a result, the service center can recognize the occurrence of the emergency call even when the disconnection is requested before originating the emergency call.

Devices, systems, and methods for responding to emergency situations of infants, children and pets left unattended in a vehicle. The device comprises a control module for short range RF transmission housed in a lightweight, portable unit plugged into a vehicle accessory power outlet. The system may additionally comprise sensors in communication with the module to detect and trigger alarms, including: when a vehicle has been in a collision; whether a child has climbed out of a car seat while the vehicle is in motion; when the temperature within the vehicle is unsafe; whether an infant has been left unattended in a vehicle; and whether children are playing in a parked vehicle (e.g. trunk) in unsafe temperatures. The portable device may also be configured with an “SOS” button housed within a key fob, wristband, or necklace, to transmit GPS coordinates of the wearer in emergency situations (such as kidnappings).

The present invention provides an intelligent health watch for automatically measuring and recording health data and an intelligent health system, wherein the intelligent health watch comprises the following components: a single-chip microcomputer module which is used for controlling operation of the intelligent health watch; a display module which is connected with the single-chip microcomputer module; a dynamic monitoring module which is used for tracking multidirectional motion and is connected with the single-chip microcomputer module; and a data acquiring module which is used for acquiring physiological and non-physiological data of the user and is connected with the single-chip microcomputer module. The intelligent health watch settles the insufficiencies in the prior health data management method, and provides a way which is convenient and can fully satisfy daily health management requirement. The intelligent health watch has the following functions: teaching and helping to exercise, reminding to perform daily activity and take medicine, checking the physiological condition accurately at any time and timely, recording and reporting in a diversified manner, automatically assisting and asking for help in emergency, etc.

A system and method displays a safe route from a location to a destination that avoids one or more hazards detected, such as a fire or a gas leak.

Systems and methods may enable first incident responder management and support. System and methods enabled by software may utilize communications networks and location based systems such as the Global Positioning System (GPS) to locate the incident and response units, and to relay and share critical incident management information for use by other emergency response operators associated with an emergency scene. Maps and icons may be accessed and utilized over devices in the field. Software modules enable a system operator to use maps and a selection of user interface objects such as custom icons symbolizing a list of responders (police, fire, rescue, military) called forward and may designate specific geographic positions for managing a crisis.

A computerized system and method for intuitively detecting a user's need for emergency help, preventive care and medical interventions and also for coordinating care for user's loved ones and pets when user experiences an emergency or has passed away. Detection is done via labs and life signs equipment and sensors, self-initiated request for monitoring or the system's periodically polling user through an alert, a telephone call, a notification, a text message or other appropriate means to find out if they are in danger. Polling and automated monitoring may also be triggered by real-time medical data electronically or wirelessly transmitted to the system. If user fails to respond, the system automatedly calls either user's contacts (by listed priority) to notify them of a potential emergency, or emergency responders directly depending on severity of the emergency and communicates to them critical information as well as a code to access user's medical record(s).

A vehicle is disclosed that wirelessly communicates diagnostic messages. The vehicle includes an electronic control module and wireless communications equipment. The electronic control module generates a diagnostic message, and the wireless communications equipment automatically wirelessly communicates the diagnostic message to a manufacturer of the vehicle. The diagnostic message may represent an emergency condition, such as an emergency condition determined from an output of an accelerometer. The wireless equipment may include a cellular communications device and / or a satellite communications device.

A method and a system for emergency evacuation of building occupants and to a method for modernization of an existing building with the evacuation system. The system is used in a multi-story building having a plurality of floors and with at least one elevator positionable at selected landings of the floors. A first device is provided for measuring the number of persons in the building and a second device is provided for detecting an emergency condition in the building. At least one control unit is provided for determining or for estimating a number of building occupants in the building. The control unit defines at least one evacuation zone in the building during the emergency condition. Based on this information, the control unit defines at least one designated floor in the building during the emergency condition. Then the system evacuates the building occupants with the elevator car and / or a stairway from the evacuation zone to the designated floor.

Described embodiments provide a system for alerting emergency responders to the existence of an emergency situation. The system includes multiple mobile devices in communication with a mobile communications network. Each mobile device includes an encapsulator for capturing encapsulation data from one or more data sensors of the mobile device. Each mobile device can be placed into an alert mode by a user of the mobile device. An emergency database in communication with the mobile communications network and one or more emergency response dispatchers receives, from one or more mobile devices in the alert mode, the encapsulation data, in substantially real-time. The emergency database sends an emergency alert notification to one or more alert groups associated with the users of each mobile devices in alert mode. Each mobile device sends an emergency alert notification to one or more additional mobile devices in a predetermined physical proximity to the mobile device.

Provided are a system and method for informing a vehicle accident using a telematics device. In an emergency, such as vehicle collision, etc., the system and method propagate information on the accident to vehicles around the accident scene, thereby informing the vehicles of traffic congestion. Since the vehicles continuously inform the same to vehicles behind through ad-hoc communication, a vehicle guided by a telematics device can recognize the traffic congestion ahead, re-search for a path, and thereby make a detour. Therefore, although vehicles behind the accident scene cannot see the occurrence of the accident on a foggy highway, etc., the risk of a chain-reaction crash is reduced. In addition, it is possible to avoid traffic congestion due to an accident in downtown.

A method and system for determining and verifying a location of mobile and non-mobile devices in emergency situations. The method and system provide a current physical geographic location for a mobile device (e.g., building address, a building floor, a room on a building floor, campus, enterprise, city, state, region, country, continent, etc.), in an emergency situation such as an accident, fire, terrorist attack, military incident, etc. and forward the physical geographic location to a legacy 911 network or a Emergency Services IP networks (ESInet).

This disclosure provides a method and system for tracking and communicating with responders in the event of an emergency situation. An emergency server coupled to a wireless telecommunications network receives a notification of an emergency situation, establishes a first geofence around a location of the emergency situation, determines a set of candidate responders registered to an area associated with the location, transmits a request for UE locations of the set of candidate responders to a location server and receives a response, determines which UEs of candidate responders are within an area bounded by the geofence, and transmits messages soliciting responders to the UEs.

A traffic calming (broadly defined as methods and apparatus for the purpose of reducing or otherwise controlling vehicle speeds and improving safety appropriate to the state of the road), cautioning, early warning and emergency notification system using secure wireless transmitters, receivers and transceivers for localized point to point notification. Static, desktop, portable and vehicle mounted transmitters / transceivers are automatically or manually triggered to transmit cautioning, early warning or emergency alert messages within a specified range to desktop, portable or vehicular-mounted receivers / transceivers, notifying the user of the receiver / transceiver of an approaching traffic calming or cautioning situation (children crossing, train crossing, construction detour, accident scene, etc.) or emergency situation (approaching emergency responder vehicle, such as police, firefighters, ambulance, etc). The system utilizes secure, localized point-to-point wireless technology to overcome typical impediments to effective targeted traffic calming, cautioning, early warning and emergency notification at home, work and in a vehicle by allowing emergency responders and others responsible for cautioning, early warning and emergency notification, who have one or more transmitter / transceiver, to communicate directly and effectively with the immediately affected individual(s) within a specified range, who have at least one receiver / transceiver.

The present invention provides round-the-clock, in-home emergency notification service by employing wide-area wireless broadband servers to send alerts on an as-needed basis to notification terminals comprised of no-frills, battery-operated, in-home units which may be manufactured and packaged in a manner similar to smoke detectors and carbon monoxide detectors.

The invention discloses a route exchange method suitable for a GEO / LEO double layered constellation network. According to the method, a system period is divided into equal-duration time sections based on a dynamic boundary value; a GEO layer satellite high in on-board processing capacity is used for calculating the best route and the second best route for each LEO satellite; in the processes of information transmission and exchange, when loads of the LED satellites are large, the GEO satellite shares part of low priority services in time for the LED satellites, and it is guaranteed that important information is reliably transmitted in real time; when link congestion, node ineffectiveness and other emergency conditions happen in the satellite network, in order to avoid rerouting of the whole network, and the GEO satellite only calculates rerouting for affected routes; after link congestion is eliminated, the LED satellites recover route information in time before congestion in order to avoid link resource waste in the network. In the network that topology time varying happens, links are prone to congestion, on-board resources are limited, continuous high-load flows are prone to being generated, and nodes are prone to being ineffective at the special period, the method can reduce constellation system cost, shorten convergence time, save the on-board resources, increase the utilization rate of the link resources, guarantee that important information is reliably transmitted in real time and improve invulnerability and robustness of the satellite network.

A method, apparatus, and / or system for monitoring a user and transmitting an emergency notification is disclosed. The apparatus can monitor a user's overall wellness and adherence to a therapy regimen. The apparatus can also detect a variety of emergency situations affecting the user. For example, the apparatus can detect a fall affecting the user, the activation of an emergency indicator by the user, or an emergency based on vital signs and the overall wellness of the user. The apparatus can generate and transmit an alert notification in response to determining an emergency is affecting the user. The apparatus can select the form of the alert and the network on which to transmit the alert. The apparatus can determine the form of the alert and the network based on the severity of the emergency and the strength of the networks available to the apparatus. The form of the alert and the transmission network selected can optimize the likelihood of the alert notification being successfully transmitted.

What is provided is a wearable, hands-free emergency alert device that responds automatically to a measurable physical effect of a fall event by the wearer to send an alert signal to a remote responder. The wearable device may be a bracelet with a flex circuit including an accelerometer; a manual alert to signal non-fall emergencies; a microphone and / or audio chip for voice communications between the user of the wearable device and a remote responder; one or more charging contacts so as to allow for induction and / or wireless charging of the device; and a wireless transmitter capable of sending a wireless alert signal in response to a sensed fall and capable of generating a response signal in response to receipt of a ping signal which may be used to determine the device's location.

The invention discloses a building fire intelligent rescue system based on a ubiquitous network. The system comprises a fire monitoring network, a handheld terminal, a monitoring center computer and a fire fighting command terminal, wherein the fire monitoring network consists of a plurality of convergence sub-networks and is connected with the monitoring center computer through wireless convergence nodes of the convergence sub-networks and a 3rd generation (3G) network; each convergence sub-network is a wireless sensor network which is provided with a main-chain-type topology structure consisting of wireless sensor nodes, namely fire monitoring nodes; and the handheld terminal comprises a query handheld terminal and a rescue handheld terminal, reads the label data of radio frequency identification (RFID) data of neighboring fire monitoring nodes of the handheld terminal by an internal RFID card reader and an RFID reading link which are arranged in the hand-held terminal, and exchanges data with the monitoring center computer through the 3G network. The system has the advantages of convenience in arrangement and high real-time capability; and the system can effectively assist firetrapped personnel in escaping and fire rescue personnel in making a rescue scheme; and intelligent guide is provided for the fire trapped personnel and the fire rescue personnel under the emergency condition of fire, and lives and property can be effectively rescued.

A thermal infrared camera tracking system utilizing receive signal strength is provided for firefighters and emergency service first responders, the system can include a plurality of portable units which can be individually tracked and located using information simultaneously displayed with the thermal infrared video image on the video display of the thermal infrared camera. The thermal infrared camera encompasses a RF transceiver for receiving wireless RF signals transmitted by one or more portable unit(s). The RF signal transmission of a portable unit is displayed as a unique identification (ID) name and when displayed on the video display is an indication an emergency condition. The user of the thermal infrared camera selects one identification (ID) name (if more than one identification (ID) name is displayed) and views visual indicators on the video display being indicators of the strength of the RF signal transmitted by the portable unit to track and locate the selected portable unit. The user of the thermal infrared camera upon selecting a identification (ID) name, views the visual indicators indicating a RSSI value to determine a direction to and distance from the selected portable unit.

A communication system (100) provides collaboration amongst a plurality of communication devices (110, 112, 114, 116, 120) during emergency conditions. Emergency trigger(s) are used to detect an emergency condition. Emergency information is collected and can be shared and appended amongst the communication devices prior to the emergency information being transferred in a redundant manner across a plurality communication systems (140, 142) to a plurality of external devices (130, 144, 146).

A system and method for inputting, analyzing, and disseminating information necessary for identified decision-makers to respond to emergency situations. This system and method provides consistency and integration among multiple groups, and may be used for both initial consequence-based decisions and follow-on consequence-based decisions. The system and method in a preferred embodiment also provides tools for accessing and manipulating information that are appropriate for each decision-maker, in order to achieve more reasoned and timely consequence-based decisions. The invention includes processes for designing and implementing a system or method for responding to emergency situations.

By incorporating automatic location and identity sensor equipment in an emergency or rescue scenario to facilitate a centralized tracking operation, fire fighters, rescuers, urban combat, etc. operations can be coordinated with greater safety by enabling the tracking of individuals. Passive and active RFID devices incorporated into helmets, badges, or PDA's and cell phones can be used in conjunction with transceivers disposed about the rescue environment to generate real-time tracking and alarm status alerts for the rescuers. External database information, such as the layout of the building, as well as pre-existing communication and security controls in the building can be incorporated into the tracking system to provide increased synergy and effectiveness in rescue or tracking operations. The system is sufficiently modular to enable rapid and scalable deployment to rescue locations.