90 results about "Emergency unit" patented technology

An emergency lighting monitoring and control system controls and monitors the emergency lights in a building. A central control unit automatically schedules self tests for each of the emergency lights and stores the results of the tests in memory. The self tests include tests of the backup power source and the lamp. Some failures are predicted prior to actual failure. Failures are diagnosed and repairs are suggested. Light output is automatically monitored and adjusted. The central control unit generates a report of the self tests and notifies an operator of failures. An operator views test reports, controls the emergency lights, and schedules tests. The system automatically detects newly installed emergency lighting units.

Electronic self-test and/or self-diagnostic systems particularly useful with emergency lighting fixtures, including exit signage having light emitting diodes as light sources and unit emergency fixtures powered with lead-acid batteries, the systems perform testing and diagnostic functions on the circuitry, power supply, charger and lamping of such fixtures either by manual or automatic initiation. Testing functions are provided through use of a programmable microprocessor, the diagnostic circuitry not only monitoring operation of charger/transfer circuitry but also controlling the charger/transfer circuitry to enable alternate strategies for alleviation of a given failure. In emergency mode of a light emitting diode exit sign, a microprocessor-controlled two-stage inverter is employed not only to power the LED light source, but also to efficiently power the microprocessor. Power to the microprocessor is controlled by the microprocessor itself and can therefore be discontinued after appropriate operation until mains power is restored, thereby effectively reducing power consumption to zero. System operation can be flexibly configured through use of a two-wire serial link between modular elements of the system. Incandescent emergency unit fixtures due to high drain rates and output loads require emergency mode operation through use of lead-acid batteries, thereby requiring voltage controlled charging and relay transfer, the self-test and/or self-diagnostic circuitry of the invention used with emergency unit fixtures thus differing in various respects from the circuitry employed for the LED exit signage fixtures and primarily in the need to measure both charge and discharge currents, the circuitry having a larger dynamic range in addition to a capability of measuring both positive and negative currents.

This invention describes a transfer stretcher, harness and method designed to lift, transfer or support a person, more specifically a heavy weight, large size (oversize) person. Stretchers are generally used by hospitals or by rescue/emergency units to lift or carry a person from one location to another. The transfer stretcher covered by the present invention is made of a supporting canvas equipped with lifting straps and rings, a removable washable comfort cloth, and maybe used with a removable safety harness that can be used with a stretcher basket and a sling frame. The transfer stretcher can be used to move a body manually with the help of several persons, or in combination with various lifting equipment.

The invention relates to a high power LED drive circuit with the emergency function, comprising a rectifying and filtering unit, a reverse excitation unit, a constant current driving unit and an emergency unit, wherein the rectifying and filtering unit is connected with the input end of the LED drive circuit and is used for rectifying and filtering the input alternating current signals; the reverse excitation unit is connected with the rectifying and filtering unit and is used for PWM wave modulation according to load change; the constant current driving unit is connected with the reverse excitation unit and is used for driving the LED to work at constant current; and the emergency unit is connected with the reverse excitation unit and provides power to the constant current driving unit when no alternating current input is detected by detecting the current of the reverse excitation unit. The LED drive circuit is simple and can automatically switch to the emergency power supply so as not to go out even though the mains supply has failure. The leakage current of the cells in the circuit is almost zero, thus ensuring the standby working time of the cells.

A method and system includes the ability for individuals to set up an ad hoc digital and voice network easily and rapidly to allow users to coordinate their activities by eliminating the need for pre-entry of data into a web or identifying others by name, phone numbers or email. This method is especially useful for police, fire fighters, military, first responders or other emergency situations for coordinating different organizations at the scene of a disaster to elevate conventional communication problems either up and down the chain of command or cross communication between different emergency units. The method and system provides that the users are only required to enter a specific Server IP address and an ad hoc event name, a password and perhaps the name of the particular unit. The system therefore defines the method of accomplishing the ad hoc network by providing all responding personnel that need to communicate with PC's or PDA's which are interconnected to the IP Server using cellular or other communications.

The present invention relates to an LED lamp and a drive circuit thereof, wherein, the drive circuit comprises a rectifying unit, a voltage reduction unit, constant-current drive unit and an emergency unit. In the emergency unit, the base electrode of a triode is connected with the output of the voltage reduction unit through a first divider resistance while the emitter of the triode is grounded;a second divider resistance is connected between the base electrode and the emitter of the triode; the collector electrode of the triode is connected with the grid electrode of an MOS tube; the source electrode of the MOS tube is connected with the output of an emergency power supply while the drain electrode is connected with the power input of the constant-current drive unit; a pull-up resistoris connected between the grid electrode and the source electrode of the MOS tube; and the positive electrode of a blocking diode is connected with the output of the voltage reduction unit while the negative electrode is connected with the power input of the constant-current drive unit. The present invention can guarantee that the constant-current drive unit can output current for driving LEDs to work and light normally even though alternate current fails.

Housings for emergency unit luminaires may be configured to receive both fixed and movable optical assemblies for mounting, allowing for the manufacture of a single housing for production of differing lighting products or lamp assemblies. Additionally, structural elements of a housing may support printed circuit boards, electronics, test devices, and the like, as well as permit electrical connections to be accomplished during assembly of front and back portions of the housing without the need for fasteners requiring tools.

A method and system includes the ability for individuals to set up an ad hoc digital and voice network easily and rapidly to allow users to coordinate their activities by eliminating the need for pre-entry of data into a web or identifying others by name, phone numbers or email. This method is especially useful for police, fire fighters, military, first responders or other emergency situations for coordinating different organizations at the scene of a disaster to elevate conventional communication problems either up and down the chain of command or cross communication between different emergency units. The method and system provides that the users are only required to enter a specific Server IP address and an ad hoc event name, a password and perhaps the name of the particular unit. The system therefore defines the method of accomplishing the ad hoc network by providing all responding personnel that need to communicate with PC's or PDA's which are interconnected to the IP Server using cellular or other communications. Additional communications can be established between users that have RFID tags.

The present invention provides a system and a method for emergency notification that combines the incorporates the RDS/RDBS capability of selected FM radio stations, as well as a specialized addressable receiver with appropriate audio, visual and vibrating signaling capabilities. These elements are combined with a reliable and survivable communications channel to permit activation of the emergency notification signal from a software based tool provided in a command unit. This enables accurate recording of both the status of the emergency units and emergency personnel as well as permits secure notification of the emergency related information to all involved personnel in substantially real-time.

Described is a method of identifying if a subject is to be admitted to the hospital or intensive care unit, the method comprising a) determining the amount of GDF 15 in a sample of the subject, and b) comparing the amount of GDF 15 determined in step a) to a reference amount, whereby a subject to be admitted to the hospital or intensive care unit is to be identified. Also described is a method for predicting the risk of mortality based on determining the amount of GDF 15 in a subject. Also described are devices and kits for carrying out the aforementioned methods.

The invention provides an emergency ballast system which comprises a ballast unit, a signal preparation unit and an emergency unit, wherein the ballast unit is provided with a DC/AC inverter and is used for supplying power to a load which is connected to the emergency ballast system when a common power supply works normally by using the common power supply; the signal preparation unit is connected to the common power supply and is used for detecting the working condition of the common power supply, generating a detection signal for reflecting the working condition of the common power supply and outputting the detection signal to the emergency unit; and the emergency unit comprises an emergency power supply module. When the common power supply has a fault, the emergency unit is used for responding to the detection signal for reflecting the fault, and an emergency power supply which is connected to the emergency unit is used for supplying power to the DC/AC inverter.

The invention belongs to the emergency technology field of nuclear power plants of millions of kilowatts and provides a nuclear emergency unit state diagnosis and accident consequence comprehensive assessment method. According to the method, a nuclear emergency unit is divided into N rings from inside to outside from a reactor core. The method includes the following steps that: whether the secondring breaks is judged, and if the second ring breaks, a next step is executed, otherwise, monitoring is strengthened; whether the breakage occurs in a containment is judged, if the breakage occurs inthe containment, a next step is executed, otherwise, whether the fourth ring to the N-th ring are abnormal is judged; whether abnormal leakage occurs on the third ring is further judged, if abnormal leakage occurs on the third ring, the fourth ring to the N-th ring are directly warned against an abnormality, and monitoring is strengthened; and if the abnormal leakage does not occurs on the third ring, attention is paid to the pressure parameters of the containment until the pressure of the containment reaches a preset value, the leak rate of the containment is set, and from this movement, a warning is given about the abnormality of the fourth ring to the N-th ring, and at the same time, monitoring is strengthened. With the method of the invention adopted, multi-ring joint derivation is realized, automatic error correction can be realized after one ring or a plurality of rings are wrongly misdiagnosed, and therefore, the analysis and early warning of the consequences of nuclear accidents can be greatly enhanced.

The invention relates to the fields of internet of things, intelligent control and the like, in particular to an intelligent control system for street lamps based on the internet of things, comprisinga main control device, a street lamp control device and a sensor, and further comprising a control module, a daylight environment module and an emergency module. The control module comprises a control unit and an information unit. The daylight environment module comprises a daylight orbit unit and a deviation value unit. The emergency module comprises a holiday unit and an emergency unit; According to the time data recorded by each unit, the main control device calculates the turning on and off time of the street lamps controlled on the same day, and controls the turning on or off of the street lamps through the street lamp control device. The invention saves a large amount of human resources, realizes the full automatic intelligent control of the street lamp system, and can execute the street lamp control according to the emergency plan when various emergencies and emergencies occur. The system is more accurate, efficient, and reliable and saves a large amount of electric power resources through the program intelligent control.

The invention discloses a parking lot. The parking lot comprises parking spaces, a movable charging robot and a robot management system. The charging robot comprises a robot body, a travelling mechanism, storage battery packs, a control unit, an emergency unit and a monitoring alarm unit, wherein the travelling mechanism is used for driving the robot body to the electric vehicle parking position, the storage battery packs are used for storing electric energy and charging an electric vehicle, the control unit is used for receiving a control instruction sent by the robot management system, and controlling travelling operation of the travelling mechanism and discharging of the storage battery packs according to the control instruction so as to accomplish charging of the appointed electric vehicle, the emergency unit is used for conducting emergency lighting when the parking lot has a power outage fault, and the monitoring alarm unit is connected with the control unit and used for monitoring the parking lot and giving an alarm when accidents such as fires happen.

A portable emergency unit comprises an eyewash and shower station coupled to a chassis. A water tank and a pump are coupled to the chassis and are in fluid communication with the eyewash and shower station so that the pump is operable to supply water from the water tank to the eyewash and shower station when the eyewash and shower station is activated. A temperature control system is also coupled to the chassis and is in fluid communication with the water tank. The temperature control system is operable to maintain the temperature of water stored in the water tank within a predetermined range.

A bedside emergency unit may be configured to automatically open when a smoke detector/alarm is activated. The bedside emergency unit may include emergency supplies, such as a portable air/oxygen tank, bottled water, a strobe light, a fire blanket and the like. When a smoke detector/alarm activates, the bedside unit may automatically open to provide the user with the emergency supplies stored within. The emergency supplies are then readily available to the user and the open bedside unit serves as a reminder, in a time of possible panic, that certain supplies may be useful to optimize life saving.

According to one embodiment, a luminaire includes a dim lighting circuit, an emergency unit, a dimming-signal input section, and a dimming control circuit. The dim lighting circuit dimly lights a light source at a dimming ratio corresponding to a dimming signal. The emergency unit includes a charging circuit for charging a battery with an external power supply in a normal time and supplies a power supply of the battery to the dim lighting circuit in an emergency. The dimming-signal input section receives the input of the dimming signal from the outside. The dimming control circuit gives the dimming signal input from the dimming-signal input section to the dim lighting circuit in a normal time and gives a dimming signal having a dimming ratio for an emergency to the dim lighting circuit in an emergency.