106 results about "Alert level" patented technology

A system and method for computer enabled network patient management of medical devices used in chronic disease management. Utilizing web site and push alert notification of alert level physiologic data derived via analysis of continuous stream wireless data transmissions from a patient, a full cycle improvement over existing modalities is achieved. Proxy and medical device user integration and access is enabled to achieve further contribution to the technical advantages of the system.

The personal security and tracking system that enables an individual in distress to initiate an alarm to alert appropriate personnel combined with a locating and tracking system that enables the alerted personnel to monitor the location of the individual in distress. The system comprises a portable signaling unit includes a locating system and a manual trigger switch to provide the priority alarm levels. The central processing station receiving signals from the portable signaling unit to process and analyze the signal of interpreting the geographical location and the priority alarm signal.

A mobile communication device can comprise a microprocessor, a memory, and one or more sensors, all coupled to a system bus. A sensor can be provided by a GPS receiving device, an accelerometer, an image sensor, a radio frequency transceiver, or a magnetic card reading device. The mobile communication device can be configured, responsive to receiving sensor data from one or more sensors, to select a corresponding security alert level. The mobile communication device can be further configured to perform at least one security-related action corresponding to the selected security alert level.

An alert system and apparatus for an emergency alert system is provided to disseminate emergency information to the public utilizing a universal paging system through a personal alert device such as a cellular telephone, pager, PDA or E-FOB. The alert system utilizes an emergency alert system signal from the NOAA alert system to broadcast the alert message to cellular devices in a specified alert area. The broadcast message provides information related to the alert level. The E-FOB may be a passive device which is activated by a NOAA alert signal and then listens for a cellular message. If the E-FOB is within the alert area, the E-FOB provides information to the user. If the E-FOB is not within the alert area, the E-FOB returns to a passive state.

This disclosure describes systems and methods for displaying alarms to a clinician in a ventilatory system. Specifically, embodiments described herein seek to optimize the informative presentation of alarms on a ventilator interface. Embodiments of the present disclosure may provide one or more selection elements, each selection element indicating a ranked alarm event. The ranking of an alarm event may be determined by alarm level. If two alarm events are associated with the same alarm level, the ranking of the alarm events may be determined by parameter priority. Alarm event ranking is communicated by display in a hierarchical structure. When an alarm event ranking changes, the alarm event may shift up or down the hierarchical structure, depending on whether the ranking increased or decreased.

A driver alert system for a vehicle and a method for operating the driver alert system are disclosed. The driver alert system for the vehicle includes an alert system triggering event detection module for detecting a driver alert system triggering event. The alert system triggering event detection module includes at least one of a steering event detection module for detecting a steering event, a blind spot detection module for detecting a blind spot event, and a front collision warning event detection module for detecting a front collision warning event. The driver alert system for the vehicle includes a driver alert level determination module for determining a driver alert level for the driver alert system triggering event. The driver alert system also includes a driver alert module for alerting the driver of the vehicle using a driver alert device based on the driver alert.

The invention relates to a system and a method for the prediction of epileptic seizures by continuous measurement of at least one signal on the body of a user. A sensor unit measures the heart rate continuously and is connected to a processor unit. The processor unit comprises a verification unit, which stores those measurements that comprise verifiable heartbeats or heart rates in a database. An analysis unit in the processor analyzes the verified measurements to determine whether a preictal phase is present or not. The processor comprises a summation unit, which continuously determines the value of an indication signal on the basis of the signal from the analysis unit. The signal indicates the probability of an imminent epileptic seizure. The value of the indication signal may be determined on the basis of at least two values of the signal from the analysis unit. An alarm unit connected to the processor unit generates one or more alarms, if the indication signal exceeds one or more alarm levels.

An improved network intrusion detection and response system and method is disclosed for detecting and preventing misuse of network resources. More particularly, the system and method dynamically self-adjusts to changes in network activity using a plurality of alert levels wherein each successively higher alert level triggers a corresponding heightened security response from the networked computer being misused. These heightened alert levels are integrated on both the system (individual node) and the network level. The disclosed intrusion detection and response system is also implemented at low cost using currently-existing hardware and software (i.e., network computers).

A device for intelligently adjusting a volume level for call/message alerts includes a processor, an interface(s), a memory, a timer and a volume adjuster. The processor receives a call(s)/message(s) and causes the memory to store data associated with the call(s)/message(s). The processor invokes a timer and instructs a ringer to generate a call/message alert. The processor receives an additional call(s)/message(s) and determines if these calls/messages are sent from the same user of an electronic device as a previous call/message within a time period. If a previous call/message was missed by a user of a terminal, the processor causes a ringer to increase the volume of a subsequent call/message sent from the user of the electronic device. If a previous call/message was rejected by a user of a terminal, the processor causes the ringer to decrease the volume of a subsequent call/message sent from the user of the electronic device.

A system for monitoring and recording health data associated with machine. The system employs a radio frequency identification (RFID) transponder, which is affixed to the machine. The system utilizes a digital memory component of the RFID transponder to record and maintain historical measurements to aid in determining machine condition trending. The RFID transponder interacts with a machine condition advisor (MCA), where the MCA obtains a configuration and historical data from the RFID transponder, queries sensors, collects data, transfers updated data to the RFID sensor, and determines and displays condition trending. Machine condition trending can be displayed in a graphical format. Warning or alarm levels can be established enabling the system to determine machine conditions warranting alerting a machine technician. Each machine condition trending can be independent of or associated with the associated warning or alarm level.

A system for fault prediction in electrical systems. It includes a network of recording nodes that transmit data to multi-channel recorder. The nodes monitor power quality based on a number of system parameters. These data are assembled into data blocks and are analyzed to determine load factors for the system over time. Data blocks are collected over 22 cycle periods and are evaluated against a derived standard deviation factor for the given system. The standard deviation is used to determine alert and alarm levels. The constant monitoring allows the system to alert workers of a potential upcoming fault in one or more system components. In this way repairs can be made before the component fails and the system experiences a fault condition.

Systems and methods for collecting metrics from monitored systems are provided. Collected metrics may be further used for modeling system performance. Collected metrics may be analyzed to identify correlations between metrics, which may then be a basis for system modeling. One or more alarm thresholds may be set based upon system models. If the monitoring of a system indicates that an alarm threshold has been passed, the appropriate alarm may be issued. Alarm levels may vary for different alarm thresholds.

A method and apparatus for managing alert level of the user computer is described. In one embodiment, the method for dynamically adjusting an alert level for notifying a user as to at least one threat to a computer includes applying heuristic information to environment data to identify vulnerability indicia regarding a computer, wherein the environment data comprises at least one usage statistic related to a user associated with the computer and determining an alert level based on the vulnerability indicia, wherein the user is notified of at least one threat to the computer in accordance with the alert level.

The present invention relates to an oil-immersed transformer overtemperature warning method under a harmonic condition. The method comprises a step of determining any harmonic current distribution and the transformer winding eddy current loss, transformer stray loss and transformer total load loss actual values of a same total current effective value, a step of determining the relation among a transformer load loss, a harmonic distortion rate and a load rate, a step of determining the relation among a transformer hottest point temperature rise, the harmonic distortion rate and the load rate, and a step of determining the threshold of a corresponding alert level. According to the method, through transforming the basic formula of the transformer harmonic loss, the relation among the harmonic loss, a harmonic current distortion rate and the load rate is obtained, thus according to the relation model between transformer temperature rise and loss, the temperature rise condition of a transformer after a certain time is derived, and the early warning of the transformer temperature rise is realized.

The invention belongs to the technical field of Internet of Things, and particularly relates to a fire control monitoring method, device and system based on the Internet of Things. The method comprises the steps that environment data sent by a sensor and fault prompt and repairing prompt of fire control equipment corresponding to the controller are received, wherein the fault prompt and the repairing prompt are sent by the controller; the temperature and smoke sensing concentration are analyzed, and the alarm level of the position where the sensor is located is determined; the fault frequencyof each piece of fire control equipment is counted according to the fault prompt and the repairing prompt, and the total fault repairing time of each piece of fire control equipment is calculated; anda display device is controlled to the display the alarm level, the fault frequency and the total fault repairing time, real-time and all-direction monitoring of data collected by all the fire controlequipment in one fire control system is conducted, more accurate and more timely fire control information feedback is provided for fire control management personnel and ordinary users, and life and property losses caused by the fire disaster are reduced.

Pooled resources including remotely startable and stoppable computing resources are activated according to a predictive load model. The model includes alert events for providing respective resource activation levels representing either an increase or a decrease in the resource utilization model expected to occur after the respective alert events. If a detected alert event corresponds to an increase, then selected ones of the pooled resources are started. If the detected alert event corresponds to a decrease, then an actual load level is checked, and selected ones of the pooled resources are stopped if the actual load level is less than the respective resource activation level corresponding to the detected alert event.

An inflatable flotation device mounted to a craft is provided. The device comprises an electronic deployment system for activating inflation of the flotation device. A method for inflating a flotation device mounted to a craft is also provided. The method comprises electrically activating the flotation device with a control system. The present invention further includes a two level switching mechanism providing a first alert level and a second alert level prior to deployment of the flotation device.