89 results about "Contingency plan" patented technology

A method for collecting, organizing, presenting, and using data relative to the scene of an emergency situation is disclosed. The method uses a Responder Assets Management System (RAMS) composed of four modules including information, logistics, operations, and planning. The information module makes general information immediately available to responders. The logistics module assists in managing equipment resources during a contingency and includes an equipment manager interface for managing equipment used to respond to an emergency situation. The operations module supports daily operations responsibilities and scales to handle significant emergencies and includes at least one of a situational awareness interface, a response options generator (ROG) interface, an operations manager interface, a messenger interface and a status board interface. The situational awareness interface is designed for emergency and crisis response managers to provide enhanced, community-wide situational awareness using full immersion, spherical images, Geographic Information System (GIS) maps, site and floor plans, and a database interface to provide virtual walk-through, pre-incident plans, for contingency planning, training visualization, and operational support. The ROG interface provides automated response and resource estimates to decision-makers in command posts and on-site in developing a response to significant, unplanned events. The operations manager interface is used by a remote headquarters to monitor an on-going operation. The messenger interface is a pre-formatted, topic oriented messaging system that supports both informational messages and messages that automatically update system data and displays. The status board interface is a situation display of key situational awareness data. The planning module assists users in planning for critical events.

A computer-implemented process allows emergency plans to be easily and rapidly created for a plurality of different facilities. An emergency plan is provided in electronic form for each facility. Each emergency plan has a standardized format with a plurality of component parts. Each emergency plan has at least some component parts that are accessible by other facilities. An electronic network is provided which allows at least some of the facilities to electronically obtain the accessible component parts of the emergency plans of at least some of the other facilities. A user interface allows the emergency plan of a facility to electronically import into its emergency plan selected content of one or more component parts of the emergency plan of another facility using the electronic network. The electronic importing is facilitated via the use of the standardized format for the emergency plans.

A system is provided that allows the aggregation of a plurality of inputs from an electrical grid and the display of the plurality of inputs on a single integrated display for a network operator. The system accepts signals from electrical loads and generation devices and analyzes the inputs to determine potential issues or trends, including fault predictions and recommends contingency plans. The system presents these potential issues and possible corrective actions to the network operator. The network operator may initiate actions, such as dispatching loads or activating generation capacity for example, in response.

The invention relates to a municipal sludge deep dehydration composite conditioner and a dehydration method, the composite conditioner accounting for 3-30% by dry basis weight of sludge is added for conditioning modification of domestic sewage treatment plant concentrated sludge with the moisture content of about 97% to improve sludge preliminary mechanical dehydration and subsequent electroosmosis dehydration ability; the moisture content of the preliminarily dehydrated conditioned modified sludge is reduced to 70-85%; the preliminarily dehydrated sludge directly enters into electroosmosis dehydration equipment for deep dehydration, the moisture content of the sludge is reduced to 40 to 60%, landfill disposal, thermal conversion, use as building materials and other treatment, dispose and resource utilization can be directly carried out. The method can realize the continuous operation of sludge dehydration, is high in treatment efficiency, can effectively reduce the bound water content of the sludge, is good in dehydration effect, and low in moisture content of deeply dehydrated sludge cake, and is suitable for a newly-constructed sewage treatment plant and design requirements of reconstruction, expansion and contingency plans of sludge dehydration treatment of a sewage treatment plant in the prior art.

The invention discloses a landscape water quality online early warning system which comprises a landscape water quality online monitoring system, a data center and a main control computer. The landscape water quality online monitoring system is used for monitoring landscape water quality data and performing data transmission with the data center; the data center is used for controlling the landscape water quality online monitoring system and storing water quality data sent back by the landscape water quality online monitoring system; the main control computer processing data in a database at any time by calling and operating a functional module, and realizing the analysis and management of online monitored water quality data; and when water quality is worsened, the main control computer performs forecasting and early warning, and puts forward a contingency plan according to early warning situations. The variation trend of water quality can be mastered through the landscape water quality online early warning system, the water quality worsening trend can be early warned in time, the water environment quality of urban landscape water body is guaranteed, and scientific basis and technical support are provided for the effective analysis and management of water quality data during the running process of landscape water body.

The invention discloses a method and a system for diagnosing and responding and supporting a nuclear power plant severe accident. The method comprises steps of obtaining accurate information needed by accident management by combining an instrument usability database through accident-correlated-instrument monitoring and correlated important parameter evolvement, realizing simulation of server accident development and an emergency state through the combination of a sever accident simulation module, predicting the development tendency of the server accident and predicting expected effects after various possible intervention measurements, integrating and electronizing the server accident management guidance (SAMG) and giving advices on the following measurements. The invention can start up the corresponding measurement and the emergency plan on the short notice, maximally reduces the accident risk, provides the guarantee and further enhances the safety of the nuclear power plant.

Soft handover of a mobile unit is facilitated on a wireless network from base station to base station. The network can employ multi-channel receivers to receive signals from mobile units within range, including mobile units assigned to neighboring base stations. Information associated with received signals, such as an indication of their signal strength, can be relayed to a central location for assessing whether the mobile unit should be assigned to another base station, and implement reassignment of one or more mobile units based on such assessment. Soft handover reduces dropped calls when the connection from mobile to base station is unexpectedly lost. The second BTS can add a carrier to communicate with the mobile unit and provides the mobile unit with the necessary parameters, such as frequency and time slot data, to complete the handover or the connection can be established through a variety of contingency plans.

The invention discloses a method for improving storm surge disaster risk predication accuracy. The method comprises the following steps that a storm surge disaster scene is built based on a scene analysis method; a storm surge disaster three-dimensional numerical simulation method is provided; a multi-mode multiobjective flood refuge optimal path selection model is built; the provided storm surge disaster three-dimensional numerical simulation method specifically comprises the steps that (1) the three-dimensional network model of the regional terrain is built; (2) the SST k-omega flood routing three-dimensional turbulent model of a coupling VOF method is built; (3) a three-dimensional risk drawing is drawn based on the three-dimensional numerical simulation result. The factuality and the visualization effect of flood dynamic real-time flowing and disaster time distribution are increased; a multi-mode multiobjective emergency path decentralization model is used for further improving the completeness and reasonability of an emergency refuge system, a disaster contingency plan is effectively made, and a multi-module coupling, high-completeness and high-practicality storm surge disaster risk analysis system is provided.

The present invention relates generally to information processing, and more particularly to techniques for securely organizing, sharing, accessing and storing valuable information related to a family or individual in conjunction with a computer-based platform. Users will have the ability to organize, share, access, send and receive information online using a plurality of personal devices. A computer web browser, mobile device web browser, facsimile machine, scanning device can send and receive information over a communication link with the system using standard software applications such as email, mobile messaging, scanning software and facsimile software. The present invention provides a user friendly web based platform that allows individuals to instantly setup a secure account and store important information, as well as, establish a seamless and effective contingency plan to organizing highly sensitive and personal information.

The invention discloses an offshore area water environment evaluation and emergency early warning system. The system includes a GIS (Graphic Information System) water environment evaluation and management platform and a display terminal. The GIS water environment evaluation and management platform is equipped with a database including space data and attribute data. The GIS water environment evaluation and management platform also includes a database management module, a water environment module, an emergency early warning module, an information inquiry module and a comprehensive output module. Therefore, the system provided by the invention is an overall guarantee management system concerning aspects ranging from data management, water pollution evaluation, pollution accident prediction and emergency contingency plan generation. A powerful graph display function of a GIS is combined, so that direct display of offshore area pollution information is realized, so that convenience is made for a monitor to identify the water environment pollution areas and the pollution levels and for a decision maker to make accurate judgment and take timely and effective measures when accidents occur. Therefore, comprehensive management of the offshore water environment is enhanced.

The invention discloses a metering producing real-time monitoring method based on a real-time database. The method comprises the following steps of (1) defining of real-time data measuring point marks, (2) 3Dmax modeling, (3) data access of a relation database and a real-time database, (4) three-dimensional animated show, (5) operation of a real-time monitoring assembly line and (6) historical data curve inversion. According to the monitoring technology combining the three-dimensional animated scene and the real-time database, the moment dynamic change of equipment can be completely monitored in detail, the effective interacting function is provided for a user, the improved integrated service of producing management and data integration is provided, and efficient and scientific accident early warning measures of three-dimensional scene and field monitoring linkage, fault accurate positioning, visual display and contingency plan linkage and the like are taken. The system is matched with a display terminal end of a large screen, and an integrated, visual and vivid producing, scheduling and monitoring integrated platform is presented to the user.

The present invention discloses a pipeline failure possibility evaluation method and system, wherein the evaluation method comprises the steps of establishing a failure fault tree of a to-be-evaluated pipeline, determining a top event and an elementary event, and obtaining a minimum cut set; dividing the grade of the elementary event, and obtaining the failure probability of the elementary event according to a fuzzy theory; according to the failure probability of the elementary event and the logic structure of the failure fault tree, obtaining the probability of the minimum cut set and the failure probability of the to-be-evaluated pipeline. According to the present invention, by utilizing the fault tree, the risk of the pipeline is calculated quantitatively, and the failure probability of the to-be-evaluated pipeline is obtained, so that the weak links can be searched effectively, the contingency plans and the protection measures can be made, and the safety of a pipeline system is improved.

A building's scaled plans are integrated in a single system. The structural, electrical, water, fire alarm, motion detection, and other various assorted systems are all integrated into the same system. Thus, they are easily accessible to emergency personnel. The emergency personnel will have immediate access to data gathered by the alarm system thereby notifying emergency personnel immediately of the location of hazardous situations as well as where potential victims or, in the event of a crime where, perpetrators may be. The system can also be used to plan ingress and egress routes or point-to-point routes and distances. Further, emergency planning for other structures such as bridges and tunnels can be performed using the disclosed system. Additionally, GPS locators can be used to track personnel.

The invention discloses a nuclear power plant region emergency evacuation system based on mobile positioning and radiation monitoring data. The system mainly comprises a radiation monitoring module, aradiation field reconstruction module, a communication module, a personnel positioning module and a data center. By use of the system, through the radiation monitoring module, a monitoring point radiation dosage value is obtained, the three-dimensional distribution of a nuclear power plant region radiation field is obtained by calculation according to the monitoring point radiation dosage value,personnel positions in the nuclear power plant region are obtained through the personnel positioning module, and a nuclear power plant region emergency evacuation scheme under a nuclear accident situation is established so as to assist the nuclear power plant in doing emergency work well. The system can be used for public emergency evacuation in the nuclear power plant region and a location nuclear emergency planning region, and supports the off-site emergency management and decision of a nuclear accident. Compared with a traditional nuclear emergency evacuation system, the nuclear power plantregion emergency evacuation system disclosed by the invention can more accurately position the positions of personnel to be evacuated and the radiation field distribution of the region where the personnel are positioned, accurate evacuation according to known dosages is realized, and therefore, the established emergency evacuation strategy is more scientific.

A method of preparing for emergencies in a building setting such as a school and using the method to create to a comprehensive crisis resource kit including evacuation plan, contact numbers, master contingency plan, flashlight, cell phone and first aid kit for use in a variety of emergency situations.

A medical scheduling system and method associating medical procedures and with medical resources, associating patients with medical procedures to form medical procedure instances, scheduling each medical procedure instance according to the availability of the medical resource associated with the medical procedure and according to medical priorities associated with the patients, the medical procedures and the resources. The A medical scheduling system and method additionally operative to simulate the effect of probable situations and events on the execution of the scheduled operation and to provide decision support information for contingency planning.

The invention discloses an underground nuclear power station smoke plume contingency planning zone division method. The method comprises the following steps: establishing an underground nuclear power station characteristic database, scientifically selecting an initial event of an accident to improve the credibility of a computing method; establishing a cavern group structure database to put forward a natural rock shielding layer leakage assessment method; establishing a nuclear power plant environment factor database to improve atmospheric dispersion simulation accuracy. The disadvantage of the traditional smoke plume contingency planning zone is improved by use of the method disclosed by the invention, and a new necessary computing flow is put forward; the inner zone radius, the outer zone radius and the boundary shape of the underground nuclear power station smoke plume contingency planning zone can be accurately and scientifically assessed, and an important evidence is provided for the nuclear contingency planning of the underground nuclear power. The difficulty and cost of the nuclear contingency are minimized while guaranteeing the public security.

A method (500) for reserving energy resources on a communication device (115, 120, 300). The method can include receiving an emergency indicator (135) associated with an emergency plan. Based on the emergency indicator, an amount of energy to reserve on a communication device can be selected. The selected amount of energy then can be reserved on the communication device. Receiving the emergency indicator can include receiving an indicator (140, 145) of an assigned role or task. Receiving the emergency indicator also can include receiving an indictor of the energy to be reserved. Selecting the amount of energy to reserve can include selecting an amount of energy associated with the role or task. In response to receiving the emergency indicator, an acknowledgement (150, 155) of whether an assignment of the role or task is accepted can be communicated.

The invention discloses a time Petri net based emergency rescue resource scheduling method and an emergency rescue method. The time Petri net based emergency rescue resource scheduling method comprises the steps of: analyzing existing contingency plans of petrochemical enterprises, extracting emergency rescue action actuating logics, establishing a Petri net model and finding out emergency rescue resources required by each emergency rescue action based on the contingency plans; analyzing states of the emergency rescue resources, and establishing a sub-Petri net model in the preparing and using processes of the emergency rescue resources; integrating the Petri net model and the sub-Petri net model to establish an emergency rescue resource scheduling Petri net model; configuring initial and target identifiers of the emergency rescue resource scheduling Petri net model, calling a solution algorithm to solve a change excitation strategy with the least accomplishing time and obtaining an optimized emergency rescue resource scheduling strategy. The emergency rescue resources can be adjusted in time based on the real-time fire condition, so that the time Petri net based emergency rescue resource scheduling method improves disaster rescue efficiency and is suitable for fire situations with concurrence of secondary disasters in a resource coupling state.

The invention discloses an emergent danger avoiding system under a shaft of a coal mine. The emergent danger avoiding system has a self-generating function and is not limited by the energy of batteries, so the system can provide illumination, the indication of escape routes, communication, calling for help and the like for distressed personnel under the shaft for a long time by utilizing a self-generating device; and ambient environmental parameters are detected by utilizing a sensor and are calculated and analyzed, and the optimum route map for avoiding disasters and a reasonable contingency plan are selected from a plurality of prestored route maps for avoiding the disasters and contingency plans according to the analyzed result. According to the emergent danger avoiding system, the distressed personnel are prevented from being invaded by secondary accidents by an automatic detection function and an environmental parameter overranging alarm function; and rescue personnel on the ground can position the positions of the distressed personnel quickly and accurately to rescue the distressed personnel in time by functions of wireless communication and voice, so that personal casualties caused by the accidents are prevented to a maximum degree.

The invention relates to a carbon quantum dot taking fish scale as a raw material, and a preparation method and applications thereof. The preparation method comprises following steps: fish scale is mixed with ultrapure water, and an obtained mixture is delivered into a reaction vessel; the reaction vessel is sealed with explosion-proof membrane, and is delivered into a microwave hydrothermal synthesizer for microwave heating so as to obtain a suspension; the suspension is allowed to stand, is cooled to room temperature, and is filtered so as to obtain a filtrate, and the filtrate is subjected to concentration so as to obtain a concentrate; the concentrate is packaged with a dialysis bag, and the two ends of the dialysis bag are sealed using dialysis clamps; dialysis is carried out for 24h at 4 DEG C in dark environment so as to obtain carbon quantum dot, wherein in dialysis process, the ultrapure water is replaced every 8h. The preparation method is simple and novel; waste fish scale is recycled; the raw materials are natural; the carbon quantum dot contains no impurity; quantum yield is high; waste is changed into valuables; development of recycling economy is realized; waste recycling is realized effectively; the carbon quantum dot is beneficial for rapid detection of mercury ions; problems can be discovered early, and solved in time; establishment of prefect contingency plan is realized; and further pollution is prevented.

The invention relates to an experimental building security and emergency contingency plan issuing system based on the Internet of Things. The system comprises a plurality of laboratory RFID access control units arranged at gates of laboratories, laboratory emergency sensing units and a cloud security center which is matched with the laboratory RFID access control units and the laboratory emergency sensing units separately. The experimental building security and emergency contingency plan issuing system adopts the RFID technology, achieves the purpose of automatic recognition through information transmission among electronic tags and reader-writers. Through the connection of the Internet of Things and a mobile network, the experimental building security and emergency contingency plan issuing system ensures that the security state of surrounding access control can be known by security on the move, allows an expert who is familiar with the laboratories to intervene remotely as soon as possible, adopts a method of summoning teacher-student security staff by means of short message group sending and telephone group calling, configures a database stored with emergency contingency plans, can increase emergency disposal efficiency by group-sending commands of the emergency contingency plans to the expert, the teacher-student security staff and the security, and especially can guide the security to cope with laboratory emergencies more professionally.

The invention discloses an emergency command information presentation method for presenting emergency command information more comprehensively, directly and visually, and improving the friendliness of a human-computer interaction interface and decision-making efficiency. The embodiment of the invention also provides a corresponding emergency command system platform, a mobile emergency server and a storage medium. The emergency command information presentation method comprises the steps of when an emergency occurs in the emergency command system platform, obtaining total element information for an emergency command, and obtaining a presentation rule which is allocated in a contingency plan and corresponds to the type of the emergency, wherein the total element information for the emergency command includes external system information, internal system information and auxiliary information; according to the presentation rule, conducting information element correlation on the obtained total element information for the emergency command, confirming contents to be presented and conducting scene-mode intelligent aggregation presentation, wherein the presentation mode is based on the arrangement of information blocks of an instrument panel; additionally, accumulating experience through machine learning and adjusting the presentation rule in an intelligentized mode.

The invention provides a method for generating a track traffic network dynamic emergency disposal scheme. The method comprises the steps that disposal main points in an original contingency plan are separated to be adopted as object units, assignment is carried out one each disposal main point in the six dimensionalities of events, time, places, environment characteristics, executive bodies and information interaction, and therefore a digitized disposal main point library is formed; after alarm receiving or alarm continuing of an emergency, the feature information of the emergency is extracted, the emergency information is matched with information in the disposal main point library according to a matching algorithm based on similarity, then the disposal main points highly related to alarm receiving information are extracted, the disposal main points are manually evaluated and adjusted, and finally the disposal main points are arranged and spliced according to a splicing rule to form the disposal scheme capable of being directly used.

A method for manually or semi-manually re-mapping an urban environment during delivery operations by an autonomous vehicle is provided herein. In an embodiment of the invention, an autonomous delivery vehicle performs delivery operations within an urban environment. The urban environment can comprise a city or a portion of a city such as a neighborhood. The autonomous vehicle traverses along a previously mapped and scanned route that has been determined to be safe and traversable for the delivery vehicle. As it traverses the route, the delivery vehicle scans the route again using the same sensors that were used to scan the route initially. If a sensor delta is exceeded, the vehicle may execute any one or combination of notifying an operator, deciding, choosing a different route, continuing, or executing a contingency plan.

The invention discloses a method for calculating activity of radioactive gas diffused to the atmospheric environment under the accident condition of an underground nuclear power station. The method comprises steps as follows: establishing a radioactive gas diffusion database of the underground nuclear power station through research of existing literature materials; consulting data to acquire source item data of each radionuclide escaped from a reactor building cavern of an underground nuclear power station containment; determining all diffusion paths of the radioactive gas diffused from the reactor building cavern to the atmospheric environment and calculating the concentration of each type of radioactive gas passing each diffusion path; sequentially evaluating the diffusion behavior of the radioactive gas of each path in each diffusion link to obtain the radioactive activity of each radionuclide diffused to atmosphere. According to the method, one set of complete and scientific radioactive gas diffusion evaluation system of the underground nuclear power station is established, quite high universality is realized, calculation software is formed easily through programming, user's use and secondary development are facilitated, and data support is provided for site selection, formulation of a contingency plan and the like of the underground nuclear power station.