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209 results about "Flood water" patented technology
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Underwater LED light
ActiveUS7125146B2Reduce riskEliminate riskPlanar light sourcesMechanical apparatusElectrical conductorPower flow
An underwater light, e.g., for a pool or spa, includes an ordinarily watertight housing, an outer compartment within the housing and floodable by water flowing therein in the event the housing is no longer watertight, a current shield within the outer compartment and at least partially defining an inner compartment within the outer compartment, a light emitter within the inner compartment, a passageway communicating between the inner and outer compartments such that outer compartment flood water can enter the inner compartment and contact the light emitter, and a conductor. The conductor is positioned so as to collect stray electrical current conducted from the inner compartment by water within the passageway, thereby reducing the risk of shock presented by such stray electrical current. The underwater light is installable within a wet niche, and includes a transformer housed in a separate compartment that extends into the wet niche for thorough cooling thereof.
Owner:HAYWARD IND INC
Real-time and efficient drainage basin flood routing visual simulation method
InactiveCN105631168AShow evolutionImprove disaster reduction capabilitiesGeneral water supply conservationDesign optimisation/simulationRiver regimeTerrain
The invention relates to a real-time and efficient drainage basin flood routing visual simulation method. The method comprises the steps that grid control sections and nodes are acquired; a river regime fitted curve is determined; an encrypted section is generated; the grid control sections and the encrypted section are processed; a node grid is generated through interpolation; a digital riverway model is generated; section water level data is acquired; a section water level matched with the digital riverway terrain grid is generated through interpolation; submerging lines of a single riverway or tree-shaped river network or annular river network are determined; the topological relation between the riverway submerging lines is built; an inundated area is determined; riverway water flow routing visual display is carried out. According to the method, the flood routing condition of a drainage basin can be displayed efficiently in real time, a continuously changing flood inundation layer can be created, the local or full-area inundated area is stereoscopically observed according to the elevation of the water surface, the superficial area and water storage of flood water surface inundation at a certain elevation can be calculated in real time for a local flood inundation region, the method directly serves drainage basin flood control and disaster reduction, and important theoretical and practical significance is achieved on disaster reduction capacity improving.
Owner:CHINA INST OF WATER RESOURCES & HYDROPOWER RES
Flood vent
InactiveUS7600944B1Overcomes drawbackPrevent buildupHuman health protectionBarrages/weirsStructural engineeringFlood water
The flood vent of the invention provides a frame configured for installation in a concrete block foundation wall in place of a single block. The frame includes an angularly oriented window. A gate is pivotally mounted at an upper end thereof within the frame to rest against the window, causing the gate to reside at an angle and be held closed by gravity. A float is mounted to the gate and positioned at rest below the lower edge of the frame to cause the gate to pivot toward an open position when flood water rises to a level approaching the wall opening.
Owner:KEATING JOHN J
Sectored multi-step ecological buffer revetment system
InactiveCN103215920AMeet safety requirementsGood interception and purification effectClimate change adaptationCoastlines protectionEngineeringFlood water
The invention discloses a sectored multi-step ecological buffer type revetment system. The revetment system is provided with at least four levels of steps, blocking walls are sequentially arranged on the outer sides of the steps, one plant planting zone is arranged in the blocking wall of each level, soil matrix is arranged in the upper layer of each plant planting zone, yellow sand, ceramsite, soft rock and zeolite are sequentially in the lower layer of the plant planting zone of each level, and emersed landscape plants and submergence-tolerant plants are arranged in the plant planting zone of each level; hydraulic drop platforms are sequentially arranged in the corresponding positions of spaced plant planting zones of the blocking walls; and one guide plate is arranged between each blocking wall and the corresponding hydraulic drop platform; the plant planting zone of the first level is connected with a farmland drainage canal and is sectored towards the downstream to form a hydraulic-drop type hierarchical structure in an open sectored shape, the sector radius is 5-8 m, and the central angle is 45 degrees-75 degrees; and the blocking wall of the last level is connected with a river channel. The sectored multi-step ecological buffer type revetment system not only has the efficacies of protecting river channel side slope, and realizing flood water drainage and water and soil conservation, but also has good purification and landscape effects.
Owner:TIANJIN UNIV
Residential flood control unit
The present invention comprises an apparatus that is designed to hold back flood waters via a series of interconnected long flexible tubular units. Each unit is connected to each other via a sleeve and has a weighted flap portion for additional anchoring. Each unit has its own fill tube and drain plug and is designed to retain water or other liquid to provide an impervious water barrier when in deployment.
Owner:SMITH CLARENCE E
Floodgate
InactiveUS20130209173A1Avoid force transmissionFaster set-up timeHuman health protectionBarrages/weirsFlood waterFloodgate
A floodgate is disclosed. The floodgate comprises a panel configured to be movable between an opened position and a closed position wherein in the opened position, the panel forms a barrier against flood water; and at least one gas strut configured to move the panel from the closed position to the opened position.
Owner:PARAFOIL DESIGN & ENG PTE
Flood water barrier
A flood barrier protection system has a first barrier support member having a channel therein. A second barrier member spaced from the first support member having a channel therein. A barrier member disposed within both channels is sealingly engageable with one surface of each the support member. The barrier member has a rigid front wall and a rigid rear wall spaced across a gap form each other to form a hollow body open at at least one end. An upper engaging portion and a lower engaging portion each extend from the hollow body in opposite directions.
Owner:OSBORNE TOM
Flood barrier system
ActiveUS20090252557A1The way is simple and fastEasy to installDamsBarrages/weirsFlood waterEngineering
A flood barrier system for temporarily sealing an opening in a wall structure against the inflow of flood waters. The system comprises a plurality of elongated, horizontally disposed barrier elements of a length somewhat greater than the width of the opening. The barrier elements are stacked vertically, one upon the other against the outer face of the wall structure. End clamps engage opposite ends of the individual barrier elements to press them snugly against the outer surface of the wall, providing seals along the opposite vertical side edges of the opening. The barrier elements incorporate a unique interlocking configuration that simplifies and expedites assembly of a flood barrier and strengthens the integrity of the assembled structure. Improved and simplified arrangements are provided for clamping the ends of the barrier elements and for applying downward pressure to the assembled barrier. The resulting structure is more economical to provide and maintain and is more quickly assembled in the often emergency circumstances in which it is required.
Owner:PRESRAY
Oil-gas pipeline torrential flood disaster monitoring method
ActiveCN103700221ASimple networkingEasy to realize automatic real-time online monitoringHuman health protectionAlarmsGratingDisaster monitoring
The invention discloses an oil-gas pipeline torrential flood disaster monitoring method based on an optical fiber grating sensing technology, and relates to the technical field of linear velocity measurement, liquid level measurement, mechanical vibration measurement, common safety devices, and pipeline systems. The method comprises the following processes: performing water level monitoring, flow speed monitoring and pipeline vortex-induced vibration monitoring on torrential flood water and a pipeline; demodulating, acquiring and preprocessing wavelength signals; remotely transmitting and receiving signals; further analyzing and processing the signals; dynamically displaying flood peak flow change and dynamically displaying pipeline vortex-induced vibration frequency; predicting torrential flood peak flow and analyzing the pipeline fatigue state; performing torrential flood forecasting and pipeline safety pre-warning. The method is high is spatial resolution, low in cost, safe and effective.
Owner:PIPECHINA SOUTH CHINA CO
Riverway flood inundation simulation method based on water level monitoring data
ActiveCN104460343AIncrease the number ofAvoid the problem of interpolation distortionSimulator controlFlood waterWater level
The invention discloses a riverway flood inundation simulation method based on water level monitoring data. According to the method based on the scattered water level monitoring data collected along a riverway, firstly, piecewise linear interpolation is carried out on a center line of the riverway, and water level values of all places along the center line of the riverway are obtained; secondly, on a riverway DEM, the flood water level of each DEM box is worked out according to the nearest neighbor interpolation; lastly, the actual inundation range and the actual inundation water depth distribution of riverway flood are calculated according to the seed region growing method in the riverway. According to the riverway flood inundation simulation method, the natural form change of riverway winding up and down is fully taken into consideration, interpolation is carried out on the value of the riverway water level between water level monitoring stations according to distance parameters, and the interpolation water level distortion problem can be effectively avoided. Meanwhile, the riverway flood inundation simulation method can effectively solve the problem that due to the fact that the number of the flood water level monitoring stations distributed on the riverway is too small, and water level monitoring data sample points are insufficient, a conventional flood water level space interpolation method based on overall areas is hard to apply.
Owner:CHANGJIANG RIVER SCI RES INST CHANGJIANG WATER RESOURCES COMMISSION
Computing method for design storm flood of mountain flood disaster small watersheds
InactiveCN106971013AImprovement of rainstorm attenuation index parametersGuaranteed accuracyClimate change adaptationSpecial data processing applicationsDesign floodAlgorithm
The invention relates to a computing method for design storm flood of mountain flood disaster small watersheds. The computing method comprises the following steps: 1) computing concentration time t diachronic design area rainfall of a representative station; 2) performing rainstorm duration distribution on the t diachronic design area rainfall to obtain a design rain pattern with a time period length of 1 hour; 3) substituting the design rain pattern into a design flood model to obtain the design storm flood, and selecting the design flood model through regional synthesis; and 4) obtaining the design storm flood of other small watersheds of a region according to the design flood model. The rainstorm attenuation index parameter is improved, so the design storm computing method is suitable for the small watersheds; the computing method is determined for the other small watersheds of the region through the regional synthesis; and the accuracy of a computing result is ensured by realistic correction.
Owner:辽宁省水文局
Rapid Deployment, Self-Inflating, Interlocking, Modular Flood-Water Barrier Wall System
InactiveUS20120207545A1Restrict water seepageEnhance and assure sealingBarrages/weirsAutomatic exchangesEngineeringFlood water
The water barrier is comprised of a number of interconnected modules, that contain expansive material (such as polymer powder). Each module has inlets that allow rising water to enter the interior volume of the module so that it inflates from a flattened configuration to a four sided shape. The shape is wedge shaped and the modules are alternated so that the narrow end of the module is toward the rising water on one module and the wide end is next to the rising water on the adjacent module, so that pressure from the rising water is transferred to adjacent modules from module to module and ultimately to an anchoring system.
Owner:CASSIDY CLARENCE A
Flood barrier system
A flood barrier system for temporarily sealing an opening in a wall structure against the inflow of flood waters. The system comprises a plurality of elongated, horizontally disposed barrier elements of a length somewhat greater than the width of the opening. The barrier elements are stacked vertically, one upon the other against the outer face of the wall structure. End clamps engage opposite ends of the individual barrier elements to press them snugly against the outer surface of the wall, providing seals along the opposite vertical side edges of the opening. The barrier elements incorporate a unique interlocking configuration that simplifies and expedites assembly of a flood barrier and strengthens the integrity of the assembled structure. Improved and simplified arrangements are provided for clamping the ends of the barrier elements and for applying downward pressure to the assembled barrier. The resulting structure is more economical to provide and maintain and is more quickly assembled in the often emergency circumstances in which it is required.
Owner:PRESRAY
Emergency watercraft
ActiveUS20090145345A1Easy to transportMinimal toolingTowing/pushing equipmentTugsFiltrationWatercraft
Disclosed is a watercraft for use in combination with a PWC or suitable shallow draft propulsion system. The watercraft is designed to operate in emergency conditions where flood waters leave an uncharted bottom that may be as little as twelve inches deep or conceal a submerged object. The watercraft includes a ramp allowing for the ease of loading including wheelchair bound and bed-bound patients as well as supplies such as water, food, medical supplies, generators, and water filtration systems. The watercraft is based upon two pontoons having a storable floor and support structure, the support structure overlays a portion of each pontoon.
Owner:NEWCOMB RICHARD
Flood barrier system
A flood barrier system for sealing an opening in a wall structure against the inflow of flood waters. The system comprises a plurality of elongated, horizontally disposed barrier elements of a length somewhat greater than the width of the opening. The barrier elements are stacked vertically, one upon the other against the outer face of the wall structure. End clamps engage opposite ends of the individual barrier elements to press them snugly against the outer surface of the wall, providing seals along the opposite vertical side edges of the opening. A simplified clamping mechanism is provided above the uppermost barrier element, with provisions to apply vertically downward clamping pressure on the uppermost barrier element, and thus upon the entire series of vertically stacked barrier elements. Each of the barrier elements has a resilient seal along its lower surface, engageable with an upper surface of the neighboring barrier element below such that, when the stack of barrier elements is under clamping pressure from above, effective water seals are provided between each of the barrier elements. An important benefit and advantage of the arrangement is the facility and thickness with which an effective flood barrier may be installed when flooding conditions are imminent.
Owner:PRESRAY
Flood and combustion air vent
A flood and combustion air vent includes a louvered panel supporting a rodent screen for placement across an opening in a wall or door of an enclosed space in a building. The apertures in the louvered panel and rodent screen are sized to accommodate ingress and egress of flood water at a rate of water flow sufficient to prevent destructive hydrostatic forces from acting upon either the exterior or interior surfaces of the wall. Additionally, the rodent screen will prevent intrusion of rodents, vermin and reptiles into the enclosed space.
Owner:ACHEN JOHN J
Flotation apparatus for motor vehicle
The present invention relates to an inflatable device that is particularly useful for floating a motor vehicle on water. The present invention also relates to an inflatable device that can be affixed to the motor vehicle, when flooding is expected, thus enabling the vehicle to float on flood waters. The present invention further relates to an inflatable flotation device that is reliable, easily affixed to the vehicle. The method used to affix the present invention to a motor vehicle is important since flood conditions are often foreseen and flood warnings are often given ahead of time. Therefore, the present invention is a quickly deployable flotation device that is useful when flooding is expected or anticipated.
Owner:BLACKLOCK TERESA LYNN
Flood Barrier
ActiveUS20130302092A1Easy to manufactureAvoid Waterlogging ProblemsFlood panelsBarrages/weirsEngineeringFlood water
The current invention discloses a flood barrier having a first compartment and a second compartment, both compartments being preferably in an elongated shape from a side sectional view and being parallel in position. The flood barrier also includes a blocking membrane disposed in the second compartment, wherein a bottom end of the blocking membrane is attached to the bottom of the second compartment and a top end of the blocking membrane is attached to a floating member. The flood barrier may be positioned in the ground in front of a building, wherein when flood water approaches, the floating member may be kept afloat and pull the blocking membrane upward to block the invasion of flood water.
Owner:ORTIZ AGAPITO
Steel reinforcement cage used for flood fighting and emergency rescues
InactiveCN105648981AIncrease production capacityEffectively blockDamsClimate change adaptationIsoetes triquetraEmergency rescue
The invention discloses a steel reinforcement cage used for flood fighting and emergency rescues. Four identical equilateral-triangle net frames are assembled into a regular tetrahedron, and borders of the equilateral-triangle net frames are formed by welding deformed steel bars; a steel bar net piece is welded between the borders of each equilateral-triangle net frame, lugs are welded to the borders of each equilateral-triangle net frame, and the borders are connected through bolts. The steel reinforcement cage can be directly thrown to the position above a breach of a dam when used for blocking the breached dam, and then stones and sandy soil are thrown; or stones and sandy soil can be placed into the steel reinforcement cage used for flood fighting and emergency rescues, then the steel reinforcement cage is thrown to the position above the breach of the dam, and then stones and sandy soil are thrown till the breach of the dam is blocked. Due to the fact that the regular tetrahedron structure is adopted, the steel reinforcement cage can be inserted into soil easily; the steel reinforcement cage has extremely good stability and is not prone to being washed away by flood water and capable of effectively blocking stones and sandy soil and blocking the breach of the dam rapidly.
Owner:ANHUI UNIV OF SCI & TECH
Prefabricated levee apparatus and system
InactiveUS20080240861A1Increase the footprintBulky reservoirBarrages/weirsClimate change adaptationPotential changeControl system
A levee apparatus and system for impeding and controlling the flow of fluids, primarily the flow of water as experienced in a flood or storm surge consisting of a light weight concrete structure with reinforcing steel rebar depending on the application. It is constructed from prefabricated sections with the tongue and groove ends designed to fit together which, when used in conjunction with a rubber gasket, will produce a water tight seal. The structure would be hollow with an opening along the unprotected face to provide a location for the surge water to enter. The structure would have flap-gates on the protected side and on the unprotected side. This would allow flood waters from the protected side to push open the flap-gate and exit the protected side based on the pressure equalization of the flood waters. Once inside the structure any water would then drain from the structure through the flap-gate on the unprotected side when the surge water diminishes. The structure could be placed simply on top of the existing soils or anchored in place to prevent potential changes in alignment. Two main modifications to this design include utilization of a rubberized base which would allow the top portion of the structure to rise into position, and the adjustment of the flap-gate position to change the use of the structure from solely a flood protection system to a retention control system.
Owner:PHILLIPS AMANDA
Apparatus, system, and method for roadway monitoring
ActiveUS20130024100A1Low costAnalogue computers for vehiclesInstruments for road network navigationWireless sensor networkingTraffic congestion
An apparatus, system, and method for monitoring traffic and roadway water conditions. Traffic flow and roadway flooding is monitored concurrently through a wireless sensor network. The apparatus and system comprises ultrasound rangefinders monitoring traffic flow, flood water conditions, or both. Routing information may be calculated from the traffic conditions, such that routes are calculated to avoid roadways that are impassable or are slow due to traffic conditions.
Owner:KING ABDULLAH UNIV OF SCI & TECH
Direct connection low-speed small-scale mixed-flow turbine applied in hydrodynamic energy-saving cooling tower
InactiveCN101560940ASolve the problem of output speed controlSolve control problemsReaction enginesEngine componentsLow noiseLow speed
A direct connection low-speed small-scale mixed-flow turbine applied in a hydrodynamic energy-saving cooling tower, comprising a volute (1) for flooding water, a seating ring (2) provided with single row of guide vanes in a circular way, a runner (12), a straight-taper type water outlet pipe (9) and a side water outlet tank (10); wherein the seating ring (2) is arranged at the inner side of the volute (1), a water outlet port formed by guide vanes of the seating ring (2) is communicated with a water inlet port formed by curved vanes (4), a water outlet port formed by the curved vanes (4) is communicated with a water inlet port of the straight-taper type water outlet pipe (9), and an water outlet port of the straight-taper type water outlet pipe (9) is communicated with a water inlet port of the side water outlet tank (10). The turbine is characterized in that a shaft block (6) is arranged on the runner (12) and is internally provided with a shaft (7) which is directly mounted with a cooling fan blade; the value of the unit speed n11=nD1 / square root of H is 28-42, wherein n is the rated speed of the cooling fan blade, D1 is the diameter of a water inlet port of the runner (12), H is the hydraulic pressure for entering a tower. The invention has the advantages of small size, high efficiency and low noise.
Owner:NANJING XINGFEI COOLING EQUIP
Underground battery container system
ActiveUS8096439B2Reduce accumulationReduce the amount requiredCable installations in cable chambersLarge containersFlood waterEngineering
Owner:FOGERLIE SIVERT G
Anti-flood water blocking plate
InactiveCN1821539BNovel structureReduce weightSealing arrangementsWar-like protectionArchitectural engineeringFlood water
Owner:上海市城市排水市北运营有限公司
Anti-flood water blocking plate
InactiveCN1821539ANovel structureReduce weightSealing arrangementsWar-like protectionArchitectural engineeringFlood water
Owner:上海市城市排水市北运营有限公司
Surrounding rock crack growth dynamic monitoring method and monitoring apparatus thereof
InactiveCN105334308AEasy to operateReduce construction costsEarth material testingDynamic monitoringEvolution rule
The invention relates to a surrounding rock crack growth dynamic monitoring method and a monitoring apparatus thereof. The monitoring method comprises the following steps: punching the inside of a surrounding rock along a direction vertical to the sidewall of the surrounding rock to form a borehole; fixedly arranging airbags in the borehole at certain intervals, and connecting the airbags to an air inflation tube; sending a tester to the borehole, and fixing the tester to a position to be tested; introducing air to the air inflation tube to make all the airbags connected with the air inflation tube be in full contact with the inner wall of the borehole and a cavity be formed between two adjacent airbags, and connecting cavities to water flooding tubes; and sequentially flooding water into cavities from the deep part to the shallow part of the borehole through the corresponding water flooding tubes, recording to the water flooding amount of every cavity, and determining the surrounding rock crack growth condition according to the size of the water flooding amount. A surrounding rock loose range can be measured multiple times only through once punching, so the operation is simple, and the construction cost is reduced; and tests can be simultaneously carried out in different positions of a same tunnel at different times to obtain the time and space evolution rules of the tunnel surrounding rock loose range, and bases are provided for tunnel support design.
Owner:LIAONING TECHNICAL UNIVERSITY
Flood Temporary Relief System and Method
InactiveUS20090068352A1Human health protectionPretreated surfacesWater sourceEnvironmental engineering
A temporary flood relief system for use in the presence of water and impending flooding includes a first container for a prepolymer, a second container for a catalyst, a third container for mixing the prepolymer and catalyst, and a water source connected to the third container. The water source applies the prepolymer and catalyst of the third container to a wall and slab of a building or similar surface that is porous to flood water in absence of restrictive barrier. The system also includes an applicator connected to the third container, and a pressure source connected to the applicator for dispersing the prepolymer and catalyst, as mixed, together with water, using the applicator. The prepolymer and catalyst, on application to the surface in presence of water, foams, expands, and hardens to a pliable solid polymer impermeable to water. The polymer adheres to the surface of application. The flood relief system is unitized as a consumer useable article, containing the prepolymer and catalyst, and application to the surface is possible without human contact of the prepolymer and catalyst. The polymer is easily removed from adherence to the surface after flooding subsides, such as by pressure wash with water.
Owner:GIBSON MICHAEL
Underwater LED light
ActiveUSRE43492E1Reduce riskEliminate riskPlanar light sourcesMechanical apparatusPower flowElectrical conductor
Owner:HAYWARD IND INC
Control method of washing machine
ActiveCN103290650AChange unstableAvoid instabilityControl devices for washing apparatusTextiles and paperFlood waterMechanical engineering
A control method of a washing machine comprises the following steps: selecting and starting a washing procedure, executing a pressure value sampling stroke continuously executed at the beginning and the end of the program running, executing a step-feeding stroke, quantitatively flooding v L water in a washing barrel first and then rotating the washing barrel for T1 minutes during the step-feeding, or simultaneously rotating the washing barrel for T1 minutes during the process of quantitatively flooding water in the washing barrel, then stopping rotating the washing barrel for T2 minutes, then repeating the steps above for N times, later executing a static pressure value analysis and process stroke, wherein the static pressure value is sampled when the washing barrel stops rotating during the step-feeding stroke, executing a load weight and load type judging stroke according to the analysis and process result, setting washing parameter according to the load type and weight by the procedure, and finishing the washing procedure.
Owner:BSH ELECTRICAL APPLIANCES JIANGSU
Systems and methods for modeling floods
ActiveUS20120053917A1Climate change adaptationDesign optimisation/simulationAbove groundGeographic regions
A flood modeling system defines virtual cells of a geographic region. Some of the cells, referred to as “channel cells,” represent areas within a channel for a moving body of water, such as a stream or river. Other cells, referred to as “land cells,” represent areas external to the channels within the geographic region. The flow of water through the geographic region is modeled as a virtual flow of water through the channel cells and the land cells. The virtual flow of water through the channel cells is modeled via a channel flow algorithm, and the virtual flow of water through the land cells is modeled via a land flow algorithm. For each time step, the system calculates the amount of water that virtually flows out of one cell into adjacent cells. Thus, for any given time step, each cell has an estimated amount of water virtually contained within the cell. The water estimated to virtually flow above ground represents flood water and can be quantified for each cell. Thus, data indicative of the amount of water estimated to be above ground for the land cells can be used to generate an inundation map or for other purposes, such as initiating flood warnings for areas that are modeled to experience a significant amount of flooding.
Owner:BARON SERVICES
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