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136 results about "Thermocline" patented technology
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A thermocline (also known as the thermal layer or the metalimnion in lakes) is a thin but distinct layer in a large body of fluid (e.g. water, as in an ocean or lake; or air, e.g. an atmosphere) in which temperature changes more rapidly with depth than it does in the layers above or below. In the ocean, the thermocline divides the upper mixed layer from the calm deep water below.
Method and device for linking surface to the seabed for a submarine pipeline installed at great depth
The present invention relates to a bottom-to-surface link system for an underwater pipe installed at great depth, the system comprising:firstly a vertical tower constituted by at least one float (5, 14) associated with an anchor system (6, 8, 16) and carrying at least one vertical riser (9, 15) suitable for going down to the sea bed (18); andsecondly at least one link pipe (4, 3) extending from said float (5, 14) to a surface support (1). According to the invention, said link pipe is a riser whose wall is constituted by a rigid steel tube, and said float (5, 14) is installed at a depth situated below the last thermocline (29).
Owner:BOUYGUESS OFFSHORE +1
Dual thermal energy storage tank
InactiveUS20110168159A1Easily withstandConstant volumeSolar heating energyCentral heating with accumulated heatThermal energyThermocline
A thermocline storage tank is presented, which includes a barrier member that floats between the two fluids stored at different temperatures, physically separating and insulating them. The floating barrier includes a number of design features that broaden its application scope, enabling it for use in fields like thermal storage systems of solar power plants.
Owner:SENER ING Y SISTEMAS
Outer cooling system with stored cold for direct current converter valve and operation method thereof
ActiveCN103582396AWith antifreeze abilityStrong water saving and environmental protection performanceCooling/ventilation/heating modificationsPower conversion systemsCold sidePlate heat exchanger
The invention provides an outer cooling system with stored cold for a direct current converter valve and an operation method of the outer cooling system. The outer cooling system comprises an air cooler, a plate heat exchanger, a water chilling unit, a frequency fixed cold pump, a buffer tank, a thermocline type cold storage groove, a frequency conversion cold pump and a cooling water pump. The plate heat exchanger is divided into a hot side and a cold side. The outer cooling system with stored cold for the direct current converter valve is characterized in that at the hot side of the plate heat exchanger, a cooled device is connected with the air cooler, the plate heat exchanger and the cooling water pump in series so that a circulating loop can be formed; at the cold side of the plate heat exchanger, the thermocline type cold storage groove and the frequency conversion cold pump are connected in series so that a cold storage tank cold supply branch can be formed, the water chilling unit, the frequency fixed cold pump and the buffer tank are connected in series so that a water chilling unit cold supply branch can be formed, and the cold storage tank cold supply branch and the water chilling unit cold supply branch are connected with the plate heat exchanger in series after being connected in parallel so that a cold-side circulating cold supply loop can be formed. Compared with the prior art, the outer cooling system with stored cold for the direct current converter valve and the operation method of the outer cooling system have the advantages that the cold storage temperature difference range is wide, the high-temperature resistant capacity is achieved in summer, and the anti-freezing capacity is achieved through heat storage in winter.
Owner:STATE GRID CORP OF CHINA +3
Underwater power generation using underwater thermocline
InactiveUS7262360B1Improve power generation efficiencyAuxillariesThermoelectric device with peltier/seeback effectThermoclineMarine engineering
Underwater power generation for an underwater vessel is provided when the vessel transits through an underwater thermocline. At least a portion of the shell of the vessel is made from a thermally conductive material. Thermo-to-electric energy converters are electrically coupled together with each converter having a first surface thermally coupled to the shell's inner surface. A phase change material is thermally coupled to each opposing second surface of the converters. The phase change material has a phase change temperature that is between the upper and lower temperature extremes of the underwater thermocline's temperature range. The converters generate electrical power as the underwater vessel transits through the underwater thermocline.
Owner:THE UNITED STATES OF AMERICA AS REPRESENTED BY THE SECRETARY OF THE NAVY
Cogeneration unit with heat storage device and peak shaving method of cogeneration unit
ActiveCN106123086AHigh heat storage densityImprove efficiencyHeating fuelCentral heating with accumulated heatElectricityThermocline
The invention belongs to the technical field of thermoelectricity and relates to a cogeneration unit with a heat storage device and a peak shaving method of the cogeneration unit. The cogeneration unit comprises a turbine, a heating network heater, the heat storage device and a heating network circulation water pump. A phase-change material thermocline heat storage tank and an adjusting system of the phase-change material thermocline heat storage tank are adopted in the heat storage device. The heat storage device is arranged behind the heating network heater, and part of discharged water of the heating network heater serves as a heat storage heat source. When the unit participates in peak shaving and the heat generating amount changes, the working state of the heat storage device is changed by opening and closing a valve. When the heat generating amount of the unit is large, heat is supplied through the heating network heater, and the heat storage device stores heat. When the heat generating amount is small, the heat storage device releases heat to replace part of extracted steam of the heating network heater to heat return water of a heating network, and after the return water is mixed with the discharged water of the heating network heater, the mixed water is sent to a heating station. It is ensured that the heating quality is not changed when the heat generating amount of the unit is changed, the capability of the cogeneration unit for participating in peak shaving of a power grid is improved, positive significance is achieved for absorption of renewable energy such as wind power, and the method is suitable for the cogeneration unit participating in peak shaving of the power grid.
Owner:NORTH CHINA ELECTRIC POWER UNIV (BAODING)
Natural layering water cold accumulation device
InactiveCN101592384AReduce unusable spaceReduce actual inflow/outflow heightLighting and heating apparatusAir conditioning systemsThermoclineEngineering
The invention discloses a natural layering water cold accumulation device. The device comprises a cold accumulation trough, an upper high-temperature water pipe and a lower low-temperature water pipe communicated inside and outside the cold accumulation trough, an upper water distributor communicated with the upper high-temperature water pipe and provided with an upward water distributing nozzle, and a lower water distributor communicated with the lower low-temperature water pipe and provided with a downward water distributing nozzle. The natural layering water cold accumulation device is characterized in that the water distributing nozzles are provided with nozzle angles and flow deflectors arranged in the axial direction of the water distributors along the nozzle angles. The device reduces the thickness of a thermocline by 0.1 m and the practical water distributing height of the upper water distributor and the lower water distributor by 0.1 m respectively; and meanwhile, the device effectively increases the utilization rate of the capacity of a cold water accumulation trough and increases the effective cold accumulation height and effective cold release height of the cold water accumulation trough by 0.3 m, thereby realizing efficient cold accumulation and cold release.
Owner:TIANJIN UNIV +1
Device and method for improving large reservoir stratified low-temperature water
ActiveCN104389297ABreak the water temperature layered structureIncrease water temperatureBarrages/weirsDrinking water installationThermoclinePower station
The invention discloses a device and a method for improving large reservoir stratified low-temperature water, aims to improve the problem of low temperature of discharged low-temperature water of an established hydropower station, and provides a device for improving the large reservoir stratified low-temperature water. The device comprises a water temperature control curtain which is arranged in a reservoir and mainly comprises a water retaining net, wherein the vertically arranged water temperature control curtain is arranged 600-1,500 m in front of a reservoir dam and is perpendicular to the extension direction of a water intake for discharge in front of the dam; the top of the water temperature control curtain is positioned below a reservoir thermocline, and the bottom of the water temperature control curtain is fixedly arranged at the bottom of the reservoir, so that the surface water and the thermocline water of the reservoir enter the water intake through the top end of the water temperature control curtain; the low-temperature water at the bottom of the reservoir is retained at the water intake by the water temperature control curtain. The temperature of the discharged water of the established power station can be effectively raised by 3-5 DEG C on the premise that the operation situation of the power station is not affected.
Owner:POWERCHINA ZHONGNAN ENG
Water distribution device of water cold accumulation system
InactiveCN105157471AEnter slowly and evenlyImprove cold storage efficiencyTrickle coolersThermoclineEngineering
The invention relates to a water distribution device of a water cold accumulation system. The device comprises a cold accumulation tank, a first water distributor and a second water distributor, wherein the first water distributor and the second water distributor are respectively positioned at the top and the bottom of the cold accumulation tank; the first water distributor comprises a first water separation disc, a high-temperature water access pipe communicated with the first water separation disc, and first water distribution pipes; multiple first water distribution pipes are uniformly distributed around the first water separation disc in the peripheral direction, and are all provided with first scattering holes with upward openings; the second water distributor comprises a second water separation disc, a low-temperature water access pipe communicated with the second water separation disc, and second water distribution pipes; and multiple second water distribution pipes are uniformly distributed around the second water separation disc in the peripheral direction, and are all provided with second scattering holes with downward openings. In cold accumulation, cold water uniformly and stably flows into a low-temperature layer from the second scattering holes; and in cold release, hot water uniformly and stably flows into a high-temperature layer from the first scattering holes. The openings of the first scattering holes are upwards, and the openings of the second scattering holes are downwards, so that a thermocline is not directly impacted in water absorption and water drainage, and the cold accumulation efficiency is improved.
Owner:GUANGZHOU TAKANO ENERGY TECH
Single-tank/double-tank combined heat accumulation system for solar thermal power generation, and heat accumulation method of single-tank/double-tank combined heat accumulation system
InactiveCN103292486AIncrease costReduce heat storage costsSolar heat devicesSolar thermal energy generationThermoclineInsulation layer
Disclosed are a single-tank / double-tank combined heat accumulation system for solar thermal power generation, and a heat accumulation method of the single-tank / double-tank combined heat accumulation system. The single-tank / double-tank combined heat accumulation system for solar thermal power generation comprises a single-tank thermocline heat accumulation subsystem, a double-tank heat accumulation subsystem, connecting pipelines, valves and the like. The single-tank thermocline heat accumulation subsystem comprises a single thermocline storage tank which is filled with heat-accumulating medium and which is covered with an insulation layer, and the top and bottom of the storage tank are provided with opening passages respectively, used for allowing fluid to access the accumulation tank. The double-tank heat accumulation subsystem comprises a cold fluid storage tank and a hot fluid storage tank both covered with insulation layers, cold fluid and hot fluid are stored in the tanks respectively, and the tanks are provided with a cold fluid pump and a hot fluid pump respectively, and each tank is provided with a fluid inlet pipe. Operating modes of the single-tank / double-tank combined heat accumulation system for solar thermal power generation include radiation-fluctuation-free continuous heat accumulation in daytime, radiation-fluctuation alternate heat accumulation and discharge in daytime, continuous heat discharge after disappearance of radiation, and auxiliary heat release in system stoppage and before starting.
Owner:INST OF ELECTRICAL ENG CHINESE ACAD OF SCI
Heat pump double water circulation system for ocean thermocline emulation test platform
InactiveCN101149194ASave waterSave electricityHeat pumpsHydrodynamic testingWater circulationEngineering
This invention is a heat pump double water circulating system of sea thermocline simulation test bed. It belongs to the field of ocean ship engineering technology. It includes water groove, compressor, condenser, temperature controlling expansion valve, evaporator, back water pump, flowmeter, cold water tank, cold water pump, hot water pump, globe valve, water compensating valve, frequency conversion controller, control element and thermometer. This invention uses heat pump double water circulating system, which makes water conveniently transfer heat and reach the needed temperature. The cold and hot water in the water tank is controlled within 0.1m / s-0.6m / s. The temperature of cold and hot water is controlled within 8deg.C-15deg.C. It stimulates the temperature distribution and flow state of sea thermocline under the control of human being. It can greatly save the water resource and electric energy.
Owner:SHANGHAI JIAO TONG UNIV
Echo sounding-based correction method for great sounding
ActiveCN104569988AAccurately detect latency issuesWater resource assessmentAcoustic wave reradiationThermoclineErrors and residuals
The invention provides an echo sounding-based correction method for great sounding . According to the arrangement, by correcting sound velocity generated by the thermocline in the water and data collection delay of a receiver of a global navigation satellite system and an echo sounder, the echo sounding value is corrected. The echo sounding-based correction method has the advantages that sounding errors, differential values, system delays and the like of the echo sounder are accurately detected; by measuring water temperature and water sound velocity section, the sounding value is corrected and compared with true values of correction standards of all levels to correct the model, and accordingly an approximate true value or an error tolerance range is achieved.
Owner:BUREAU OF HYDROLOGY CHANGJIANG WATER RESOURCES COMMISSION
Intelligent/autonomous thermocline mapping and monitoring for marine and freshwater applications
ActiveUS20170192124A1Measurement process lengthensSimple processTesting waterDetection/prospecting using thermal methodsThermoclineFresh water organism
A system for mapping a thermocline in a body of fluid includes a thermocline detection and monitoring module, a persistent data storage module; and a plurality of distributed sensors, including intelligent sensors, connected with the at least one thermocline detection and monitoring module and the persistent data storage module by one or more control-level programming and communication methods. The thennocline detection and monitoring module can monitor the thermocline at sampling intervals to collect and fuse measurement data from the plurality of sensors to capture thermocline changes as events, correlate measurement data and events, store measurement data in the persistent data storage module along with previously acquired measurement data for comparison and tracking, characterize the thermocline as a function of spatial location, depth, and time, create and maintain reports that describe the thermocline characteristics, status, trends, and provide multimodal notifications of events to different users.
Owner:IBM CORP
Thermal energy storage system comprising optimal thermocline management
Methods for optimizing a thermocline in a thermal energy storage fluid within a thermal energy storage tank are disclosed. The methods comprise identifying a thermocline region in the fluid, adding thermal energy to a fluid stream extracted from the thermocline region, and returning the fluid stream to the tank at a plurality of locations above the thermocline region. The methods further comprise regulating the temperature of the fluid returned to the tank at a set point temperature by modulating the flow rate of the fluid stream and by changing the location from where the fluid is extracted from the tank.
Owner:TERRAFORCE TECH LLC
Electronic fishing device and a related system, method, and use
InactiveUS20090293336A1Simple to useEasy to processFishing netsElement comparisonThermoclineEngineering
An electronic fishing device for facilitating trolling a fish-catching element in water and a related system, method, and use, the fishing device including: a first sensing element for obtaining a first indication relating to water temperature, a second sensing element for obtaining a second indication relating to the depth of the device, a steering member for adjusting the depth of the device, a processing unit for controlling, via the first and / or second indication provided by the first and second sensing elements, the steering member so as to guide the device relative to at least one element selected from the group consisting of: the position of the thermocline layer, a predetermined depth, and a predetermined temperature. In addition to fishing the disclosed device may be utilized in marine or other underwater research.
Owner:LIQUID ZONE
Simulating testing device and method for temperature difference-sediment coupling density current of stratified reservoir
The invention discloses simulating testing device and method for temperature difference-sediment coupling density current of a stratified reservoir. The device comprises a reservoir model, a buffering tank, a muddy water tank, a water draining tank, etc. The method comprises the steps of 1) switching on an air conditioner to control the temperature of water in the reservoir model through a condensing pipe, so as to form an epilimnion, a thermocline and an isothermal layer from top to bottom in a sequence; 2) preparing sand-containing muddy water with a certain concentration in the muddy water tank, uniformly agitating, measuring the temperature of water in the muddy water tank and the reservoir model, switching on the pump and adjusting the flow rate to reach a value as requirement, opening and adjusting a water outlet valve at a draining opening in the bottom part of the reservoir model at the same time to enable Q (input) to be equal to Q (output), and then starting to time; 3) selecting five sections at intervals of 50cm, 50cm, 50cm and 30cm from left to right along the horizontal direction of the reservoir model from the water outlet, arranging a sampling opening at every vertical interval of 5cm in each section, sampling at regular intervals, and measuring the temperature of water at different level of each section; 4) measuring the turbidity the water sample obtained in step (3), and analyzing the data.
Owner:XI'AN UNIVERSITY OF ARCHITECTURE AND TECHNOLOGY
Deepwater reservoir water temperature layering intelligent self-adjustment and improvement device and method
ActiveCN103572733AWell mixedImprove the water environmentStream regulationCircular discMeasuring instrument
Owner:HOHAI UNIV +1
Facility system for regulating and controlling water quality of deep water aquaculture pond
InactiveCN101828537AImprove the environmentIncrease productionPisciculture and aquariaAxial-flow pumpConstructed wetland
The invention relates to an improved system for regulating and controlling the water environment of a deep water aquaculture pond. In a facility system for regulating and controlling the water quality of the deep water aquaculture pond, the side part of the deep water aquaculture pond (1) with a water depth of over three meters is vertically provided with a draw well (3) with the same depth as the pond (1); the bottom of the pond (1) is communicated with the draw well (3) through an intake pipe (2); water conveying equipment (4) is arranged on the upper port of the draw well (3); the outlet of the water conveying equipment (4) is communicated with the upper layer of the pond (1) through a water return pipe (5); the water conveying equipment (4) can also be communicated with the upper layer of the pond (1) through a water body treating facility and the water return pipe (5); the water conveying equipment (4) is a low-lift axial-flow pump or an aeration water elevator; and the water treating facility (6) is an artificial wetland or an aeration biochemical filter chamber. The system can break the thermocline of the deep water pond, improves, regulates and controls the aquaculture environment of the pond and has the characteristics of energy conservation, emission reduction, cycle, simple structure, convenient construction, easy maintenance and high popularization and application values and social and economic benefits.
Owner:FISHERY MACHINERY & INSTR RES INST CHINESE ACADEMY OF FISHERY SCI
Device and method for destroying water temperature layering by internal waves generated by aeration induction in layered lake reservoir
ActiveCN103922492AImprove efficiencyReduce energy consumptionWater aerationSustainable biological treatmentTemperature controlThermocline
The invention discloses a device and a method for destroying water temperature layering by internal waves generated by aeration induction in a layered lake reservoir. According to the device and method, a temperature controller is used for controlling starting and stopping an external air conditioner and accurately adjusting and controlling the temperature of water in a model reservoir, and further the water body at the bottom in the model reservoir is cooled by using an air-conditioning condensing pipe; meanwhile, an air compressor is used for conveying air to an air inlet of an aerator, and then conveying the air to an aeration chamber through diffusion holes of the aerator; when undissolved residual gas is gradually accumulated to the lower edge of a water sealing plate of the aeration chamber, gas in the aeration chamber can rapidly spill to an ascending barrel in the middle and carry the water body at the bottom to ascend; meanwhile, gas in the aeration chamber is accumulated again, and thus a periodic ascending water flow is formed in the ascending barrel; an outlet of the aerator is formed in a thermocline with temperature gradient, the water flow periodically flowing out from the outlet of the aerator can serve as an interference source which induces to generate internal waves in the model reservoir, and the water temperature layering can be efficiently destroyed by using the powerful mixing effect of the internal waves.
Owner:XI'AN UNIVERSITY OF ARCHITECTURE AND TECHNOLOGY
Sea thermocline imitation system for test of underwater delivery means
InactiveCN100999246AChange speed continuouslySave waterHydrodynamic testingVessel designingSurface oceanThermocline
The present invention relates to a marine thermocline simulation system for testing underwater carrier. Said simulation system includes water channel, water tank, control / display unit, hot water circulating pump, electrically-controlled hot water pump, electrically-controlled cold water pump, temperature display, thermal couple A, flowmeter, frequency conversion controller, data-collecting unit, electroheater, cut-off valve A, cooling tower, cut-off valve B, overflow pipe, thermal couple B and cut-off valve C. Said invention also its working principle and concrete operation method.
Owner:SHANGHAI JIAO TONG UNIV
Dual-temperature energy storage tank
InactiveCN102132122AEliminates any problems related to thermal distortionAdjust densitySolar heating energyCentral heating with accumulated heatThermoclineThermal energy storage
The invention relates to a thermocline storage tank including a barrier element which floats between two fluids stored at different temperatures, physically separating said fluids and isolating same. The floating barrier has multiple design characteristics that broaden the scope of application thereof, enabling same to be used in fields such as those involving the use of heat storage systems of solar generating plants.
Owner:SENER ING Y SISTEMAS
Physical model for affecting layered reservoir water temperature structure by silt carrying flow and experimental method
ActiveCN108286237AEasy to controlMix wellClimate change adaptationHydraulic modelsPhysical modelWater reservoir
The invention relates to a physical model for affecting a layered reservoir water temperature structure by silt carrying flow and an experimental method, and belongs to the technical field of water environment research in water resource and hydropower engineering. According to the method, the influence on the vertical water temperature of a reservoir by the silt carrying flow can be simulated in alaboratory by controlling the inflow sand content, water temperature and initial vertical water temperature distribution of environmental water. A PIV two-dimensional flow field measuring device is adopted to effectively capture the silt carrying flow, density current forward flow field distribution is formed, and important flow field verifying data are provided for model verification of numerical simulation. Quartz sand is adopted to simulate suspended sediments in the silt carrying flow in testing, and the phenomenon that the silt carrying flow forms bottom density currents and inter-layerdensity currents to influence the water temperature structure is successfully simulated. An electrical heating bar is adopted in a heating device for heating at a water temperature thermocline position, the heating speed is higher compared with that of an existing lamplight heating mode, the thermocline position can be controlled conveniently, and the initial temperature field can be controlled more accurately.
Owner:CHINA THREE GORGES CORPORATION +2
Mechanically produced thermocline based ocean temperature regulatory system
InactiveUS20100213271A1Reducing its effectivenessCarbon reductionTemperature measurement in air-conditioning systemsDrilling rodsThermoclineWater barrier
The invention pertains to a Mechanically Produced Thermocline Based Ocean Temperature Regulatory System and process to sequester anthropogenic carbon dioxide, create a cold water barrier to hurricanes and tropical storms, and insure the function of the thermohaline circulation.
Owner:BAILEY LAURA J +1
Actual measurement method of ecological regulation and control range of artificial fish reef area
InactiveCN102986567AAccurate measurementGuaranteed accuracyClimate change adaptationPisciculture and aquariaThermoclineZoology
The invention provides an actual measurement method of an ecological regulation and control range of an artificial fish reef area. The actual measurement method is used for representing flow field regulation and control and material conveying ranges of the artificial fish reef area in a marine ranching by using the water temperature difference phenomenon at a seasonal thermocline layer, namely a surface and bottom layer, existing in offshore sea areas of the subtropics from last spring to early autumn and through synchronously observing the vertical difference value of water temperature through a plurality of temperature chains. According to the actual measurement method, more than 9 stations carry out synchronous observation, wherein the synchronous observation time at every turn is more than 12.5h, observation is carried out during the grand tide, the moderate tide and the neap tide once respectively, and the regulation and control range of the artificial fish reef area is completely estimated. Approximately considered by the actual measurement method, the core putting area of the whole artificial fish reef cluster is a regulation and control range core area; stations are uniformly deployed in a marine area range regulated and controlled by the artificial fish reef area, the stations in which the temperature difference of the surface bottom layer is remarkably reduced is in a fish reef cluster regulation and control range, all stations in which the temperature different is remarkably reduced under the same tide condition are wired, and the area of closed region at the most peripheral wiring area is the artificial fish reel area regulation and control range under the tide condition.
Owner:SHANGHAI OCEAN UNIV
Method for improving water temperature stratification characteristic of channel reservoir tributary bay by internal wave
ActiveCN102704440AImprove hydrodynamic strengthImprove the ecological environmentMarine site engineeringEcological environmentThermocline
The invention belongs to the technical field of improvement and restoration of reservoir water ecology, and relates to a method for improving water temperature stratification characteristic of a channel reservoir tributary bay by internal wave. During a water temperature stratification period of the tributary bay, fluctuation is generated from letdown flow, and water level of a reservoir fluctuates, so that tide is formed at the estuary of the tributary bay. Tide type inflow and outflow are formed between the bay and a trunk reservoir and have shear effect at the thermocline, so that tide interval wave is generated near the thermocline. Water of the thermocline flows reversely since the tide internal wave transmits along the thermocline, so that alternate flow is generated, water temperature fields are mixed, and then water temperature stratification is improved. Deepwater reservoir equal-density stratification water is aroused to generate internal wave under reservoir regulation, andthus natural underwater stirring movement is formed. The method is easy to implement, has influence to large-scope water, improves water dynamic strength remarkably, suppresses water temperature stratification and achieves the purposes of improving water ecological environments.
Owner:CHINA THREE GORGES CORPORATION
Ocean thermocline and halocline simulation device
InactiveCN104792811AWatch for changesLow costMaterial thermal analysisFresh water organismEngineering
The invention discloses an ocean thermocline and halocline simulation device. The ocean thermocline and halocline simulation device comprises a thermocline and halocline simulation water tank, a thermocline and halocline water injection device, a temperature control box and a small-sized refrigerator, wherein the thermocline and halocline simulation water tank is respectively connected with the thermocline and halocline water injection device, the temperature control box and the small-sized refrigerator; a heating rod, a salinity sensor, a lower-layer temperature sensor and an upper-layer temperature sensor are arranged in the thermocline and halocline simulation water tank in sequence from bottom to top; and the thermocline and halocline water injection device consists of a freshwater tank, a drainage tube and water injection sponge. When the ocean thermocline and halocline simulation device is in use, firstly half the volume of salt water is put into the thermocline and halocline simulation water tank, then freshwater at the upper part is injected by the water injection device, and the temperature reduction of the freshwater at the upper part and the temperature rise of the salt water at the lower part are controlled by the temperature control box, so that a temperature difference is generated between the freshwater at the upper part and the salt water at the lower part; after the temperature is stabilized, an ocean thermocline and halocline layer on which temperature and salinity drastically change is formed at the junction of the freshwater at the upper part and the salt water at the lower part.
Owner:STATE OCEAN TECH CENT
Method of passive acoustic depth determination in shallow water
ActiveUS20150098306A1Acoustic presence detectionSonic/ultrasonic/infrasonic transmissionBroadband noiseThermocline
A method of acoustic depth determination in shallow water. At least one standard acoustic sensor located below an ocean thermocline is provided. The at least one acoustic sensor operates at a first frequency regime and at a second frequency regime. The first frequency regime is above a cut-off frequency. The second frequency regime is below the cut-off frequency. Acoustic data from a moving broadband noise source is recorded at the at least one acoustic sensor. A plot of acoustic intensity as a function of frequency versus time is generated from the acoustic data. A first waveguide invariant density distribution for the first frequency regime and a second waveguide-invariant density distribution for the second frequency regime is generated from the plot using curve detection. Whether the noise source is located below the thermocline is classified based on the first and second waveguide-invariant density distributions.
Owner:THE UNITED STATES OF AMERICA AS REPRESENTED BY THE SECRETARY OF THE NAVY
Thermocline heat storage device used for liquid heat storage
ActiveCN106288903AImplementation driveReduce manufacturing costHeat storage plantsThermoclineInsulation layer
The invention discloses a thermocline heat storage device used for liquid heat storage. The thermocline heat storage device comprises a variable frequency motor (1), a hot fluid inlet (2), a hot fluid inlet valve (3), a heat insulation layer (4), a heat storage tank (5), a screw (6), a heat insulation plate (7), a cold fluid outlet valve (8), a cold fluid outlet (9), a cold fluid inlet (10), a cold fluid inlet valve (11), a screw bearing (12), a heat insulation plate sealing ring (13), a guide rod sealing ring (14), a guide rod (15), a reduction gear (16), a hot fluid outlet valve (17) and a hot fluid outlet (18), wherein the heat insulation layer (4) is arranged out of the heat storage tank (5); the screw (6) is connected with the heat insulation plate (7) through threads; the screw (6) drives the heat insulation plate (7) to move vertically through rotating; the heat storage tank (5) is divided into an upper cavity and a lower cavity through the heat insulation plate (7); and the heat insulation plate sealing ring (13) and the guide rod sealing ring (14) are used for preventing heat storage liquid to flow between the upper cavity and the lower cavity of the heat storage tank (5).
Owner:INST OF ELECTRICAL ENG CHINESE ACAD OF SCI
Thermocline-free cool storage device
ActiveCN103940167ASimple structureImprove the cooling effectDomestic cooling apparatusLighting and heating apparatusThermoclineCool storage
The invention belongs to the technical field of cool storage devices and particularly relates to a thermocline-free cool storage device which solves the problems that a thermocline of an existing cool storage device influences the effective volume for cool storage and the like. The thermocline-free cool storage device comprises a cool storage tank with a cavity. A first bag and a second bag are arranged in the cool storage tank. The whole cavity is filled with the first bag and the second bag. A cool storage liquid filling and releasing control mechanism is arranged between the first bag and the second bag and can enable cool storage liquid in the first bag to be injected into the second bag so as to control the first bag to shrink and the second bag to expand and enable cool storage liquid in the second bag to be injected into the first bag so as to control the second bag to shrink and the first bag to expand. The cool storage liquid filling and releasing control mechanism is connected with a terminal. The thermocline-free cool storage device has the advantages of being simple and reasonable in structure, good in cool storage effect, high in cool storage efficiency, capable of eliminating influence of the thermocline on the effective cool storage volume, uniform in temperature distribution, small in occupied area, convenient to use and low in operating cost.
Owner:ZHEJIANG LUTE ENERGY TECH
Autonomous depth-fixed suspension underwater acoustic remote-control transmitting device
InactiveCN103473917AReduce the effect of sound transmissionReduce sound transmission lossNon-electrical signal transmission systemsBuoyancy regulationControl signal
The invention provides an autonomous depth-fixed suspension underwater acoustic remote-control transmitting device which comprises a main floating body, a buoyancy force adjusting device, a CTD (conductive Temperature Depth) sensor, a comprehensive controller, an encoder, a power amplifier, a transmitting transducer, an anti-collision sonar and a power manager, wherein the other components are installed in a watertight cabin in the main floating body; the CTD sensor is used for synchronously measuring depth and sound velocity and sending a measuring result to the comprehensive controller; the comprehensive controller is used for receiving the depth and sound velocity measured by the CTD sensor, judging whether thermocline exists according to the relationship that the sound velocity changes with the depth, selecting the transmitting depth of remote control signals according to a judgment result and sending a selecting result to the buoyancy force adjusting device, and is also used for controlling the encoder to generate remote control encoding signals. After the autonomous depth-fixed suspension underwater acoustic remote-control transmitting device is arranged, completely autonomous depth-fixed suspension operation can be achieved, appropriate remote control signal transmitting depth can be automatically selected, and thermocline under a severe hydrologic condition can be avoided so as to reduce sound transmission loss.
Owner:710TH RES INST OF CHINA SHIPBUILDING IND CORP
Water distribution system
InactiveCN102679518ASmall space requirementLittle lateral interferenceLighting and heating apparatusSpace heating and ventilation detailsEngineeringDistributor
The invention discloses a water distribution system, which is arranged in an energy storage pool and mainly comprises a plurality of overflow type water distributors and a plurality of partitioning falling-curtains, wherein the overflow type water distributors are arranged on the top and the bottom of the pool; the partitioning falling-curtains are used for partitioning the pool into small ranges; and flow equalizing baffles are arranged in the overflow type water distributors. According to the scheme, the flow equalizing baffles are arranged in the water distributors, so that the water distribution area is increased and the water flow speed is reduced and is more uniform to achieve an effect that static stratification of pool water is realized according to water temperature; meanwhile, the water pool is partitioned into a plurality of small water distribution systems by the partitioning falling-curtains to form a similarly honeycomb structure, so that transverse interference of the water pool is greatly reduced, and meanwhile, the pool water is more finely controlled; the thickness of a thermocline is reduced as much as possible by the scheme, so that the space requirement of the water pool is greatly reduced; and the thickness of the thermocline is compressed to be 5-10 cm, so that the utilization efficiency of the energy storage pool is increased, the energy efficiency of the energy storage system is improved, and the effects of energy conservation and environmental friendliness are achieved.
Owner:赖正伦
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