37 results about "Risk zone" patented technology

In various embodiments, a flood risk score may be determined for a property point that provides a comprehensive assessment of the property point's risk of flooding. Determining the flood risk score may include determining a flood risk characteristic for the property point and assigning a flood risk score that corresponds to the flood risk characteristic. In some embodiments, flood risk characteristics may include a difference in elevation between the elevation of the property point and an elevation of a calculated point (e.g., on a known flood risk zone boundary). Flood risk characteristics may also include a flood zone determination for the property point and/or proximity of the property point to a known flood risk zone boundary or a flood source. In some embodiments, flood risk scores may be provided on flood risk score reports.

A splatter indicator sight for use with a firearm taking one or more variables affecting the bullet trajectory under consideration to create a risk zone map of the different zones which can be hit after the user has aimed the firearm at a target. In embodiments of the invention, the boundaries of the most probable hit zones can be quickly indicated to the user by the risk zone map. The risk zone map is illustratively created by projecting a laser beam directly on the target.

A sound-directed-outside-vehicle emitting device includes a storage unit 2-A for storing criteria by each of which to determine whether or not a running zone is a high-risk zone, each of the criteria describing a status of the vehicle, and a navigation device 1-A for acquiring information showing a status of the vehicle. The sound-directed-outside-vehicle emitting device compares the information acquired by the navigation device 1-A with the criteria stored in the storage unit 2-A to determine whether the above-mentioned vehicle is running through a high-risk zone, and does not stop the output of a warning sound when determining that the vehicle is running through a high-risk zone even if a switch 4 for commanding a stop of the output of the warning sound is operated.

The invention relates to a GIS-based typhoon disaster risk assessment method for a power grid. Through analysis and assessment of risk of typhoon, topographical sensitivity, fragility of the power grid and disaster prevention and mitigation capabilities, the typhoon disaster risk assessment method for the power grid is created. On one hand, compiling of a typhoon disaster risk zoning map for the power grid can be realized, and on the other hand, systematization and integrity of disaster risk division can be perfected to provide technical support for making a countermeasure for regional disaster prevention and mitigation.

On failure, a burst rotor of a wing-mounted engine (13, 23) can penetrate fuel tank walls in the wing of a conventional aircraft. There exists a zone that is at risk of such damage. Thus, the layout of fuel tanks (3, 11C, 21C) in the wing of an aircraft in accordance with embodiments includes port and starboard inner fuel tanks (11C, 21C) that are positioned adjacent to a central fuel tank (3) in the central wing section, but outside of the at-risk zone. Each of the port and starboard inner fuel tanks (11C, 21C) is defined in part by a respective inner boundary member (5RP, 5RS) that when viewed in plan extends, at least in part, in a direction at an angle of less than 20° to the adjacent vertical plane (A-A) defining the at-risk zone. Thus the amount of fuel stored in fuel tanks (11C, 21C) in the wing assembly that cover a region outside of the at-risk zone and that do not extend into the at-risk zone may be increased.

The invention discloses an unmanned on duty train barrier detection system comprising platform equipment and vehicle equipment; the platform equipment is used for collecting video information on the head and tail of a railing zone platform with no safety door or a half-height safety door, detecting barriers according to object sizes in the video information, and sending alarms when a barrier is detected; the vehicle equipment is used for using a plurality of sensor switches to detect barriers in front of a train in a non-contact manner, and sending alarms when any sensor senses a barrier. The system allows the unmanned train to determine barriers in a low speed non-contact condition and in high risk zones like the platform, thus greatly improving the automation level and safety of the unmanned train signal system; in addition, the detection system is designed by using general relay or analog quantity interfaces, and can be directly connected into rail side or vehicle signal equipment.

The invention discloses a risk assessment and evaluation method for an adjacent bridge damage caused by subway construction. The method comprises: step one, carrying out discretization on index continuity attribute data by using a cloud model and constructing a five state zones of an index based on risk zone identification and division; step two, establishing an inference rule base piece formed by a plurality of IF-THEN rules by combining a rough set; (3), converting a practical observation index attribute value and then inputting the converted value into a corresponding first piece cloud generator, thereby generating an attribute cloud droplet; (4), after synthesis of a plurality of inference rules, carrying out step-by-step inference processing on the attribute cloud droplet by using a membership degree of a minimum inference engine as a weight of an inference result so as to obtain a final output value and a membership degree cloud droplet; and (5), setting a variable coefficient of the attribute value of the practical observation index, carrying out inference processing to obtain a plurality of cloud droplets, inputting the plurality of cloud droplets into a backward cloud generator, and outputting an expectation value used as a final risk value.

The embodiment of the invention discloses a risk early warning method and a related device, which are suitable for risk management and control. The method comprises the steps of obtaining a pluralityof risk events and risk position information of the plurality of risk events, and classifying the risk position information of the plurality of risk events according to event types to obtain a plurality of risk position information sets; determining a risk position information cluster based on a clustering algorithm, and determining a risk area corresponding to the risk position information cluster; determining a service type of a service handled by the target user and a target event type corresponding to the service type, and determining a first target risk area corresponding to the target event type; and when the position information of the target user is located in the first target risk area, generating a first early warning message and sending the first early warning message to the target user so as to carry out risk early warning on the target user. By adopting the method of the invention, the risk event can be subjected to all-around early warning while relatively high early warning accuracy is ensured, and the user experience is improved.

The present invention relates to a method, controller, wind turbine and wind farm that advantageously determines an ice throw risk zone (302) for a wind turbine (301), wherein the ice throw risk zone (302) defines an area surrounding the wind turbine (301) within which ice can be thrown from one or more blades of the wind turbine (301); determining whether the determined ice throw risk zone (302) impinges one or more exclusion zones; and if the determined ice throw risk zone (302) impinges one or more exclusion zones, determining an alteration to one or more operating parameters of the wind turbine (301) in order to alter the ice throw risk zone (302) such that the determined ice throw risk zone (302) does not impinge the one or more exclusion zones.

The invention discloses a risk assessment system, which comprises a risk assessment factor information acquisition subsystem, an expert judgment input module, a possibility and severity quantification subsystem and a risk display subsystem. The risk assessment system quantifies the possibility and severity of a risk source to obtain possibility and severity quantification parameters, takes the possibility and severity quantification parameters as an absolute coordinate of a possibility-severity coordinate system, and defines the risk area of the possibility-severity coordinate system, thereby overcoming the discrete problem, and strictly defining the risk value.

The invention discloses an expansion-style support treatment method used for the local risk zones of slope rock. A plurality of axial parallel expansion-style plain concrete anchor rods are arranged in the risk zones of the slope rock. The invention has the beneficial effects that arranging the expansion-style plain concrete anchor rods can perform the side expansion effect of the anchor rods so as to extrude the risk zones of the rocks, enhance the integral intensity of the rocks in the risk zone and effectively support the local risk zones of the slope rock.

The invention discloses an intelligent safety risk prevention and control platform which comprises an infrastructure layer, a data support layer, a business application layer and a display layer. The method comprises the steps of constructing a risk subject; dividing a risk area; carrying out risk identification; risk assessment and grading; compiling a risk prevention and control list; carrying out risk inspection, generating an inspection record, judging whether risks and hidden danger problems are found or not, and if yes, allocating rectification responsible persons to carry out rectification arrangement according to measures set by safety management personnel; and the rectification responsible person carrying out hidden danger rectification, uploading rectification information and uploading electronic tag identification information and geographical location information. According to the method, an accident prevention gateway can be moved forward, risks are controlled before hidden dangers are formed, the hidden dangers are eliminated before accidents, and the automation, high efficiency and visualization of the whole risk management and control process are ensured by means of the Internet and the Internet of Things.

The embodiment of the invention belongs to the field of operation and maintenance, and relates to a resources allocation method, which comprises the following steps of: extracting a historical processing task position and historical task processing time from a historical task record, and presetting nodes of a plurality of graph data and a preset risk radius in real time according to the historicalprocessing task position and the historical task processing time; inputting nodes and the risk radius into a trained neural network model to obtain node distribution; calculating a risk center according to the coordinates of the plurality of nodes; constructing a risk range by taking the risk center as a center and the risk radius as a range radius; obtaining a risk area according to the risk range and the node distribution; and performing resource allocation according to the risk area. In addition, the invention further relates to a blockchain technology, and historical task records can be stored in the blockchain. The invention further provides a resources allocation device, computer equipment and a storage medium. Effective degree of resources allocation is improved.

The invention relates to the technical field of computer information processing, and in particular relates to a grade protection risk research and judgment method based on an artificial neural network ANNs. The method quantifies grade protection risk research and judgment indexes, and mainly utilizes TSNE and ANNs methods to identify dimension reduction features of risk indexes distributed in multiple dimensions, so as to automatically obtain a corresponding risk value and a risk interval where the risk value is located; and meanwhile, expert knowledge is used for marking the action range and the risk resolution capability of risk resolution means such as safety equipment and safety management measures, the action range and the risk resolution capability automatically match output risk values and risk intervals, and an optimal safety protection scheme is obtained. According to the method, the mode that risk levels are obtained by traditional level protection risk research and judgment through a scoring table is broken through, the processing speed of the level protection risk research and judgment is greatly increased, automatic output of a safety protection scheme is achieved to a certain extent, and the defects that the efficiency of a traditional scoring table and manual research and judgment of an expert is low, and expert knowledge is difficult to reuse are overcome.