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66results about How to "Realize photoelectric conversion" patented technology
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High-flux micro-fluidic chip nucleic acid amplification analysis detection system
ActiveCN106085842AEnable high-throughput detectionFast heatingBioreactor/fermenter combinationsBiological substance pretreatmentsTemperature controlHigh flux
The invention relates to a high-flux micro-fluidic chip nucleic acid amplification analysis detection system which is characterized by comprising a revolution-rotation composite movement platform, micro-fluidic chips, a multi-axis movement control system, a multi-way PID temperature control system, an optical detection system and a data acquisition processing and display system, wherein more than two revolution movement positioning shafts are arranged at circumference graduation intervals on the revolution-rotation composite movement platform; each micro-fluidic chip is fixedly arranged on the revolution movement positioning shaft of the revolution-rotation composite movement platform; the multi-axis movement control system is used for controlling movement of the revolution-rotation composite movement platform; the multi-way PID temperature control system is used for adjusting and controlling the temperature of each micro-fluidic chip; the optical detection system is used for detecting the high sensitivity of a trace sample placed inside each micro-fluidic chip in real time, and used for transmitting the detection result to the data acquisition processing and display system in real time. By adopting the high-flux micro-fluidic chip nucleic acid amplification analysis detection system, the high-flux nucleic acid amplification detection application requirement of dozens to two hundred of samples every day can be met.
Owner:TSINGHUA UNIV +1
Multistage-series constructed wetland sewage treatment system and method based on solar energy
ActiveCN104876399ARealize photoelectric conversionLow costMultistage water/sewage treatmentEnergy based wastewater treatmentConstructed wetlandWater treatment system
The invention discloses a multistage-series constructed wetland sewage treatment system and method based on solar energy, which are used for multistage biochemical treatment on sewage. The sewage treatment system comprises an A<2> / O treatment device and a constructed wetland treatment system, which are connected in series; the constructed wetland treatment system is formed in such a way that a vertical flow constructed wetland and a horizontal flow constructed wetland are connected in series, and arranged in a shed film photovoltaic solar greenhouse with a ventilation device; an amorphous silicon film solar panel is laid on the outer surface at the top of the shed film photovoltaic solar greenhouse; when sun light energy irradiates the amorphous silicon film solar panel, one part of sun light energy is converted into electric energy, while the other part of sun light energy penetrates the amorphous silicon film solar panel to be used for plant photosynthesis. The sewage treatment system is high in efficiency, and the shed film photovoltaic solar greenhouse meets the illumination and temperature requirements of plants in normal growth in all seasons, achieves the low-cost solar energy generation, and has favorable economic benefits and environmental benefits.
Owner:ZHEJIANG CREATE ENVIRONMENTAL TECH
Ultra-high-definition long-distance HDMI (High-Definition Multimedia Interface) cable
InactiveCN106130645ASolve the problem of long-distance transmissionTo achieve signal exchangeOptical transmission adaptationsRadio-over-fibreFiberControl signal
This invention relates to an ultra-high-definition long-distance HDMI cable. The HDMI cable includes a cable containing an optical fiber inside; one end of the cable is connected with a high-definition multimedia transmitting module provided with a first HDMI connector, and the other end is connected with a high-definition multimedia receiving module provided with a second HDMI connector; a first electro-optical conversion module, a second electro-optical conversion module and a first optical import / export fiber module are arranged in the high-definition multimedia transmitting module; and, a first optical-electro conversion module, a second optical-electro conversion module and a second optical import / export fiber module are arranged in the high-definition multimedia receiving module. Aiming at the defect of the prior art, through arranging the electro-optical conversion modules and the optical-electro conversion modules in the transmitting module and the receiving module, HDMI audio signals, video signals and E-DDC (Enhanced Display Data Channel) control signals are all converted into optical signals and transmitted by the optical fiber; thus, the problem that high-speed signals cannot be transmitted due to the loss of the copper cable can be solved; and the long-distance transmission problem is further solved.
Owner:WUHAN POWERISE OPTOELECTRONICSAL TECH
Energy storage type solar cell
InactiveCN101719573ARealize photoelectric conversionMiniaturizationPhotovoltaicsEnergy storageSolar cellPollution
The invention relates to a solar cell and aims at providing an energy storage type solar cell. The energy storage type solar cell takes a non-woven fabric made from polypropylene fibers or an anion exchange membrane as a dissepiment, takes an alkaline solution as electrolyte and takes a mixture of cobalt hydroxide loaded on foamed nickel and carbon black as a positive pole; a negative pole of the energy storage type solar cell is in a pressed multi-layer structure sequentially including a conductive glass, a TiO2 layer coated on the surface of the conductive glass with a binding agent, a hydrogen storage metal (loaded on the foamed nickel)-TiO2 mixture layer and the foamed nickel from outside to inside; and the mixture loaded on the positive pole and the foamed nickel of the negative pole are respectively opposite to the dissepiment. The invention not only realizes the photoelectric conversion of solar energy, but also stores the solar energy in real time, is easy to miniaturize, has easy miniaturization and low cost without pollution and carbon emission and is environmental friendly; in addition, a solar cell power generation device is easy to miniaturize due to the intensification of a power generation function and a power storage function.
Owner:ZHEJIANG UNIV
Multi-functional solar energy utilization system
InactiveCN103986405AIncrease profitRealize photoelectric conversionPV power plantsPhotovoltaic energy generationElectricityEngineering
The invention discloses a multi-functional solar energy utilization system which comprises a light-electricity conversion module, a heat-electricity conversion module, a heat absorbing module and a purifying module, wherein the light-electricity conversion module is used for converting optical energy to electricity energy according to the principle that electricity can be generated through light, the heat-electricity conversion module can convert heat energy to electricity energy, the heat absorbing module can be used for heating fluids, and the purifying module can purify the fluids by means of the photocatalysis principle. By means of the arrangement of a thermoelectric power generation piece, heat and electricity conversion is achieved, meanwhile, by means of temperature difference generated due to the fact that the upper surfaces of the fluids are heated, self-circulating heating of the fluids is achieved, and the utilization rate of solar energy is improved to a great extent by means of the multi-functional solar energy utilization system. The invention further comprises a purifying function module for purifying the fluids, and the purifying function module can purify the heated fluids through self-circulating. The invention provides the system capable of making use of the solar energy comprehensively, the photovoltaic utilization efficiency is high, a self-circulating processing device is arranged, and accordingly cost is low.
Owner:CHENGDU SCI & TECH DEV CENT CHINA ACAD OF ENG PHYSICS
Photosensitive pixel module, image sensor and electronic device
PendingCN111769126AIncrease the proportionImprove fill factorSolid-state devicesRadiation controlled devicesImaging qualityFill factor
The invention relates to a photosensitive pixel module, an image sensor and an electronic device. The photosensitive pixel module comprises a protection ring, a plurality of photosensitive pixel unitsand shallow trench isolation, and the plurality of photosensitive pixel units are arranged in the protection ring. The shallow slot isolation is arranged between any two adjacent photosensitive pixelunits in the plurality of photosensitive pixel units. A plurality of photosensitive pixel units are arranged in a protection ring. Shallow slot isolation is arranged between any two adjacent photosensitive pixel units in the plurality of photosensitive pixel units for isolation. The photosensitive pixel units share the protection ring, so that the area occupied by the protection ring is reduced,the proportion and the filling factor of the photosensitive pixel units in unit area are increased, and the photon sensitivity and the imaging quality of the image sensor are improved.
Owner:GUANGDONG OPPO MOBILE TELECOMM CORP LTD
Method for preparing bimetallic co-doped two-dimensional nanoelectrode material
ActiveCN106145193AEasy to prepareNo precious metal dopingMaterial nanotechnologyTitanium dioxidePhotocatalytic degradationDecomposition
The invention discloses a method for preparing a bimetallic co-doped two-dimensional nanoelectrode material which is free of precious metal doping, low in cost, easy to prepare and high in photoelectrochemical activity, and belongs to the technical field of novel nano functional materials and green energy. According to the method, an iron and manganese co-doped titanium dioxide nanosheet material is compounded on an iron and manganese co-intercalated molybdenum disulfide nanosheet in an in-situ mode, and a two-dimensional nano composite FeMn-TiO2 / MoS2 with an iron and manganese co-doped titanium dioxide nano diamond compounded on molybdenum disulfide in an in-situ mode is obtained. Prepared FeMn-TiO2 / MoS2 can be applied to the fields of solar photovoltaic cell preparation, photoelectrochemical sensor construction, photocatalysis water decomposition hydrogen manufacturing, photocatalytic organic pollutant degrading and the like.
Owner:UNIV OF JINAN
Solar light-emitting diode (LED) voice-controlled corridor lighting system
InactiveCN105050282AImprove securityMake full use of energyElectric light circuit arrangementEnergy saving control techniquesLighting systemElectricity
The invention discloses a solar light-emitting diode (LED) voice-controlled corridor lighting system which comprises an LED lamp, a voice-controlled unit, a delay control unit, a singlechip and a power supply unit, wherein the LED lamp is used for lighting in a corridor; the voice-controlled unit is used for turning on the LED lamp and comprises a voice acquisition device and a tone discrimination device; the delay control unit is used for delaying after the LED lamp is turned on by the voice-controlled unit; the singlechip is electrically connected with the voice-controlled unit and the delay control unit respectively; the power supply unit is used for supplying power to the LED lamp, the voice-controlled unit, the delay control unit and the singlechip and comprises a solar cell panel, a charging circuit, a storage battery and a conversion circuit which are sequentially connected; the tone discrimination device is provided with a tone feature library of pre-extracted voices of corridor users; the voice acquisition device is used for sending the acquired voice to the singlechip for tone feature extraction; and the singlechip is used for comparing the extracted tone feature with the tone feature of the tone feature library and sending discrimination information to the LED lamp through the delay control unit. The solar LED voice-controlled corridor lighting system has the advantages of safety for the corridor users, energy saving and environmental friendliness.
Owner:SUZHOU JINGLEI PHOTOELECTRIC LIGHTING TECH
Preparation method for WS<2>/Si heterojunction solar cell
InactiveCN105870253AHigh crystallinityRealize photoelectric conversionFinal product manufacturePhotovoltaic energy generationHeterojunctionGas phase
The invention discloses a preparation method for a tungsten disulfide / silicon (WS<2> / Si) heterojunction solar cell. The main process comprises the steps of cleaning and texturing a p type monocrystalline silicon wafer, and then putting the monocrystalline silicon wafer into a PECVD system to prepare an intrinsic amorphous silicon thin film layer; then carrying out WO<3> sulfuration to prepare a WS<2> thin film layer; and carrying out thermal evaporation of a metal aluminium back electrode on the back surface, and carrying out electron beam evaporation on the front surface to obtain an upper electrode formed by a palladium thin film to obtain the heterojunction solar cell. Due to a chemical vapor deposition method, the large-area, uniform-distribution and high-crystallinity nano WS<2> thin film material can be prepared, so that the advantages of high carrier mobility and adjustable band gap are realized; and in addition, the heterojunction solar cell is simple in experimental method, controllable in process, easy to operate, relatively low in cost, high in photoelectric conversion efficiency, and capable of realizing the effective conversion of solar energy.
Owner:HUAZHONG UNIV OF SCI & TECH
Solar battery for staggered power generating in situ
InactiveCN101752630ARealize photoelectric conversionIncrease energy densityFuel and primary cellsPhotovoltaic energy generationPolymer modifiedSolar cell
The invention relates to a solar battery, and aims at providing a solar battery for staggered power generating in situ. The battery takes non-woven fabrics manufactured by an anion-exchange membrane or polypropylene fibre as a septum and takes aqueous alkali as electrolyte; the battery takes a conducting polymer modified carbon-based cobalt hydroxide catalyst loaded on an electrode matrix as an anode and takes a water splitting hydrogen storage material as a cathode. The water splitting hydrogen storage material includes a titanic type hydrogen storage alloy as a matrix and a membrane adhered on the surface of the matrix and consisting of anatase titan TiO2 and transition metal particles through mixing. The solar battery for staggered power generating in situ realizes the photoelectric conversion, but also can store power energy, and can implement staggered power generating in situ. Meanwhile, the solar battery for staggered power generating in situ changes the current situation that the traditional solar battery can only implement energy conversion, but can not implement energy storage, expands the application scope of the solar battery, and is one revolution for solar battery technology.
Owner:ZHEJIANG UNIV
Organic semiconductor material containing fluorene, anthracene and thienothiophene units, preparation method and application thereof
InactiveCN102286141ALower energy gapImprove mobilityLaser active region structureSolid-state devicesOrganic solar cellOrganic field-effect transistor
The invention discloses an organic semiconductor material containing fluorene, anthracene and thiophene bithiophene, a preparation method thereof and an application thereof. The organic semiconductor material is a substance with the following general formula: the preparation method comprises the following steps of: reacting 2,7-dibromo-9,9-dialkyl fluoryl, n-butyllithium and 2-isopropoxy-4,4,5,5-tetramethyl-1,3,2-dioxolane borane or bis(pinacolato)diboron to obtain an intermediate product at -70 to -85 DEG C under the condition without water and oxygen; and (2) carrying out Suzuki reaction onthe intermediate product and 9,10-dibromoanthracene or derivative as well as thieno[3,2-b] thiophene or derivative under the condition without oxygen so as to obtain the final product. The product has the advantages of good light and heat stability, good film forming property and high photoelectric conversion efficiency. The preparation method has the advantages of simple route and low technical requirement. The material disclosed by the invention is applied to the aspects like organic solar cell devices, organic field effect transistors, organic electroluminescent devices and the like.
Owner:OCEANS KING LIGHTING SCI&TECH CO LTD +1
Ultra broadband spectrum light-sensitive material and photoelectric detector employing same
InactiveCN106601837AMake up for deficienciesRealize photoelectric conversionMetal selenides/telluridesSemiconductor devicesWorking temperatureMetal electrodes
The invention discloses an ultra broadband spectrum light-sensitive material, and the material contains Eu-Sb-Te ternary telluride crystals or Eu-Bi-Te ternary telluride crystals. The invention also discloses a photoelectric detector employing the material, and the detector comprises a light sensing unit which can carry out photoelectric conversion. Two ends of the light sensing unit are respectively provided with a metal electrode, and the material of the light sensing unit contains the former ultra broadband spectrum light-sensitive material. According to the invention, the ultra broadband spectrum light-sensitive can achieve the photoelectric conversion in the ranges of ultraviolet, visible, infrared and terahertz bands, and is wide in application range of temperature. The photoelectric detector can achieve the light detection in the ranges of ultraviolet, visible, infrared and terahertz bands, and the working temperature section is from 77K to 400K. In addition, the photoelectric detector is simple in structure, facilitates large-scale integration through combining with the crystal growth technology and the film preparation technology, is convenient to make, and remarkably reduces the preparation cost under the condition that the performance of the detector is effectively improved.
Owner:SUN YAT SEN UNIV
Preparation method of two-dimensional nano electrode material
ActiveCN106145192AEasy to prepareFast preparation methodMaterial nanotechnologyTitanium dioxidePhotocatalytic water splittingPhotocatalytic degradation
The invention discloses a preparation method of a two-dimensional nano electrode material which is free of noble metal doping, low in cost, easy to prepare and high in electrooptic activity, and belongs to the technical field of novel nano functional materials and green energy. The method comprises the steps that a copper doped titanium dioxide nanosheet material is composited in situ on a molybdenum disulfide nanosheet of a copper intercalation layer, and the two-dimensional nano composite material Cu-TiO2 / MoS2 is obtained by in-situ compositing molybdenum disulfide with copper doped titanium dioxide nano blocks through a one-pot method. The prepared Cu-TiO2 / MoS2 can be applied to the fields of solar energy photovoltaic cell preparation, photoelectrochemistry sensor construction, photocatalytic water splitting for hydrogen production, photocatalytic degradation of organic pollutants and the like.
Owner:UNIV OF JINAN
Power system intelligent station fiber interface conversion apparatus
InactiveCN104901741ASolve the problem of inconvenience caused by maintenance workRealize photoelectric conversionFibre transmissionFiberSmart substation
Disclosed is a power system intelligent station fiber interface conversion apparatus. The apparatus comprises a fiber switch and a fiber converter. One end of the fiber switch is respectively connected with an ST female joint and an LC female joint, the other end of the fiber switch is respectively connected with the fiber converter, an ST son joint, an LC son joint, an SC son joint and an FC son joint, and the fiber converter is connected with a netting twine joint. According to the invention, the problem of inconvenience caused by existence of multiple interfaces to maintenance work when such devices as an intelligent transformer station and the like are connected with a test instrument is solved effectively; the fiber switch is employed for connection, the loss is small, the data packet capture requirement is met, and the fiber converter can conveniently realize photoelectric conversion; data exchange between the two female joints and the four son joints is supported; and the apparatus can be directly connected with a notebook computer, can also cooperate with a hand-held digital analyzer, performs packet capturing and data acquisition on fiber interfaces of multiple types, is convenient and fast to operate and high in practicality, and greatly improves the work efficiency.
Owner:STATE GRID CORP OF CHINA +1
Multi-wavelength laser power calibrating apparatus and method
InactiveCN104266751AHigh sensitivityImprove stabilityPhotometry using electric radiation detectorsElectric signalDigitization
The invention discloses a multi-wavelength laser power calibrating apparatus and method. The multi-wavelength laser power calibrating apparatus comprises a sensor, an apparatus host and a light path locking device. The light path locking device is arranged between a laser source to be measured and the sensor; the sensor converts laser power signals emitted by the laser source to be measured into electric signals and transmits the electric signals to the instrument host to be processed. The multi-wavelength laser power calibrating method comprises the steps of stability testing, sensitivity testing and the like. According to the multi-wavelength laser power calibrating apparatus and method, optical mechanical and electronic integration is achieved. The operation method is easy and convenient to implement, digital display is achieved, the accuracy is high, and the stability is good. The apparatus is miniaturized and is low in weight so as to be suitable for fast detecting power of a laser appliance during field operations.
Owner:江玉柱
Intelligent urban heating monitoring system
ActiveCN107255988AAvoid wastingImprove monitoring efficiencyProgramme controlComputer controlMonitoring systemProcess engineering
An intelligent urban heating monitoring system disclosed by the present invention comprises heating pipelines and a control center, solenoid valves are arranged on the heating pipelines, the monitoring sensors and the GPS positioning module which are in paired arrangement are arranged on the heating pipelines, and the monitoring sensors send the monitoring information to the control center via a sensor processor and a sensor wireless communication module. By using the system of the application, the monitoring sensors and the GPS positioning modules obtain the monitoring information in the heating pipelines, and a wireless communication module transmits the monitoring information to the control center, so that the working condition of the urban heating system can be grasped moment by moment. When a heating pipeline leaks, the workers can discover timely and control the solenoid valve to close immediately, thereby cutting off the hot water flow at a leakage point and avoiding the energy waste. Compared with the conventional artificial inspection, the intelligent urban heating monitoring system enables the monitoring efficiency to improved substantially, and is good in monitoring effect and strong in practicality.
Owner:JIANGYIN BOYANG ELECTROMECHANICAL EQUIP CO LTD
Fused ring thiophene organic photoelectric material and preparation methods and application thereof
InactiveCN102146283AImprove solubilityGood for film formingOrganic chemistryFinal product manufactureOrganic solar cellOrganic field-effect transistor
Owner:OCEANS KING LIGHTING SCI&TECH CO LTD +1
Light-heat-electricity driven efficient air water taking device coupled with meteorological environment prediction
InactiveCN112411674AEasy to operateWide applicabilityDispersed particle filtrationPV power plantsCollector deviceEngineering
The invention discloses a light-heat-electricity driven efficient air water taking device coupled with meteorological environment prediction, and belongs to the technical field of air water taking. The light-heat-electricity driven efficient air water taking device comprises an adsorbent bed, a condenser, an optical assembly, a photovoltaic power generation device, a compressor, a solar heat collector, a detector, a purification device for non-condensable gas, a microprocessor, a power regulator, a control mechanism and a temperature and humidity sensor. The optical assembly provides electricenergy for the compressor in a light condensation and light splitting mode for condensation by the condenser. The optical assembly is used for absorbing solar energy, and non-condensable gas in watervapor generated through desorption is rapidly purified and conducted water-taking through the detector and the purification device. The temperature and humidity sensor and the control mechanism can control the temperature and humidity of air in the light-heat-electricity driven efficient air water taking device. According to the light-heat-electricity driven efficient air water taking device withthe meteorological environment prediction, the whole device is combined with the meteorological environment, the solar heat collection efficiency is met, photoelectric conversion is achieved, and theproblem of water vapor condensation of the non-condensable gas is solved.
Owner:ANHUI UNIVERSITY OF ARCHITECTURE
Inclination angle-adjustable arc photovoltaic carport
PendingCN106836882AEasy to adjustTake advantage ofPhotovoltaic supportsBuilding constructionsPurlinLight energy
The invention provides an inclination angle-adjustable arc photovoltaic carport. The inclination angle-adjustable arc photovoltaic carport comprises a first steel structure support and a second steel structure support. The first steel structure support comprises a first arc column pile and a second arc column pile, the first arc column pile is rotatalbly connected with the second arc column pile through a plurality main steel beams; and the second steel structure support comprises a third arc column pile, the third arc column pile are hinged to the main steel beams, the main steel beams are fixedly connected through a first steel tie rod, the main steel beams are provided with a plurality of uniformly distributed purlins, and a photovoltaic panel is fixed to the upper plane formed by the purlins. According to the inclination angle-adjustable arc photovoltaic carport , rotation of the main steel beams can be achieved through sliding blocks on an arc steel structure, and thus an inclination angle can be adjusted quickly and conveniently; By arranging the arc structure, the overall attractive appearance is guaranteed; according to the different illumination, the inclination angle is automatically adjusted, thus, light energy is fully absorbed, and the conversion rate is increased.
Owner:天津环宇阳光新能源科技有限公司
Solar energy electric heat multistage utilization device based on spectrum frequency division technology
InactiveCN108317742AImprove spectral responseRealize photoelectric conversionSolar heating energySolar heat storageCells panelWater storage tank
The invention relates to the technical field of solar energy utilization, in particular to a solar energy electric heat multistage utilization device based on a spectrum frequency division technology.The solar energy electric heat multistage utilization device based on the spectrum frequency division technology comprises a water storage tank, a heat pipe, a base, a vacuum heat collecting pipe, athin film solar cell panel and a distributed Bragg reflection mirror. The water storage tank and the thin film solar cell panel are arranged on the base; the distributed Bragg reflection mirror and the thin film solar cell panel are correspondingly arranged to form a spectrum response device; the distributed Bragg reflection mirror and the vacuum heat collecting pipe are correspondingly arranged to form a phase-change heat transfer device; the vacuum heat collecting pipe is connected to the heating pipe; and the heating pipe is connected to the water storage tank. The thin film solar cell panel is arranged on the base so as to be used as an optical spectrum frequency divider, and the distributed Bragg reflection mirror is beneficial to improving the spectral response of a solar cell, so that photoelectric conversion on a low-frequency solar energy is realized; and the vacuum heat collecting pipe absorbs a light with the wavelength being larger than an absorption range of the thin filmsolar cell panel so as to carry out photoelectric conversion, so that photoelectric conversion on a high-frequency solar energy is realized.
Owner:WUHAN UNIV OF TECH
Sound transmission system based on optical fiber signal energy transmission
ActiveCN114650098ARealize sound transmissionRealize secure transmissionRadio-over-fibrePhotovoltaic energy generationEngineeringSignal light
The invention discloses a sound transmission system based on optical fiber information energy transmission. The sound transmission system comprises a sound receiving unit, a signal processing unit and an electro-optical conversion unit which are arranged in a central station, a photoelectric conversion unit, an alternating current and direct current separation unit and a sound restoration unit which are arranged in a base station, and an optical fiber, the sound receiving unit converts the audio signal into an alternating current signal; the signal processing unit superposes the alternating-current electric signal and a direct-current electric signal generated by the direct-current source into an alternating-current and direct-current aliasing electric signal; the electro-optical conversion unit converts the AC / DC aliasing electric signal into energy light and signal light, and transmits the energy light and the signal light to a base station through an optical fiber; the photoelectric conversion unit restores the energy light and the signal light into alternating-current and direct-current aliasing electric signals, the direct-current separation unit separates alternating-current electric signals and direct-current electric signals, the direct-current electric signals are used for supplying power to active devices in the base station, and the alternating-current electric signals are restored into audio signals through the sound restoration unit. According to the invention, long-distance safe transmission and high-quality restoration of audio information are realized, and the application range is wide.
Owner:HUBEI UNIV OF TECH
Battery capable of using light or electricity for charging
InactiveCN101719571ACO2-freeEasy to miniaturizeSmall-sized cells cases/jacketsLarge-sized cells cases/jacketsPower storageCarbon dioxide
The invention relates to an energy-storage type cell and aims at providing the battery capable for using sunlight or electricity for charging. The battery takes a composite material of cobalt hydroxide and titanium dioxide as a positive electrode material and takes palladium or palladium-copper alloy as a negative electrode material, alkaline solution is added on the side of a positive electrode as cathode solution, acid solution is added on the side of a negative electrode as anode solution, cation exchange resin is taken as a diaphragm, the positive electrode and the negative electrode are isolated, the alkaline solution and the acid solution are also isolated, the alkaline solution is water solution of potassium hydroxide or sodium hydroxide, and the acid solution is water solution of hydrochloric acid or sulfuric acid. The charge way of the battery is expanded. The battery can not only be charged by using the traditional way and utilizing DC current, but also be charged by using the sunlight; the battery has no pollution and no carbon dioxide emissions, thereby being environment-friendly; the integration of power generation function and power storage function can lead a solar cell power generation device to be easy to realize miniaturization; and the battery can be extensively used in the fields of lighting, household appliances, meteorology, geology, petroleum, railway, aviation, traffic signals, special light sources in agriculture and animal husbandry and the like.
Owner:ZHEJIANG UNIV
Signal receiving system and ozone detecting laser radar
PendingCN108226900ALow costHighly integratedElectromagnetic wave reradiationICT adaptationTelescopeEcho signal
The invention discloses a signal receiving system and an ozone detecting laser radar. The signal receiving system receives ozone echo signals received by a plurality of split telescopes through combined optical fibers and processes the ozone echo signals transmitted by the combined optical fibers through a subsequent light path so that light signals can be converted into electric signals, there isno need to design a large number of coupling light paths, photoelectric detectors or collecting devices according to the number of the split telescopes in a combined telescope, and the aims of reducing the cost of a receiving light path of the combined telescope, improving the integrity of the receiving light path and reducing the adjusting difficulty are realized. In addition, a first signal processing module and a second signal processing module of the signal receiving system are symmetrical about of the axis of a chopper disk, and therefore the photoelectric conversion of Rayleigh echo signals or Raman echo signals can be realized by independently adjusting the light paths where the first signal processing module and the second signal processing module are located.
Owner:UNIV OF SCI & TECH OF CHINA
Gas leakage detection method and system
PendingCN112504997AHigh speedQuality improvementDetection of fluid at leakage pointScattering properties measurementsGas leakMaterials science
The invention provides a gas leakage detection method and system. The gas leakage detection method comprises the steps of: using an infrared lighting unit for irradiating infrared light waves to a target region to be imaged; performing coding modulation processing on infrared light waves reflected by the target region to be imaged; collecting and converting the coded infrared light waves, and sending the coded infrared light waves to a processing unit to generate an infrared image; collecting a visible light image of the target region to be imaged; registering and fusing the visible light image and the infrared image through using a processing unit; and positioning a gas leakage point of the target region to be imaged according to the information obtained by registration and fusion. According to the gas leakage detection method, intensity values of the coded and modulated infrared light waves are collected based on two single-pixel detectors and transmitted to the processing unit to generate the infrared image, the gas leakage point of the target region to be imaged can be accurately and rapidly positioned through using target information generated by registration and fusion of thevisible light image and the infrared image by the processing unit, and an alarm is given in time, so that loss and harm caused by gas leakage are avoided.
Owner:SHENZHEN INST OF ADVANCED TECH CHINESE ACAD OF SCI
Cascade multilayer QLED device and preparation method thereof
ActiveCN108807702AEasy to operateMature and controllableSolid-state devicesSemiconductor/solid-state device manufacturingQuantum dotPhotoelectric conversion
The invention provides a cascade multilayer QLED device comprising a substrate, an anode, a first cavity transmission layer, a first quantum dot luminescent layer, a first electron transmission layer,a photoelectric conversion layer, a second cavity transmission layer, a second quantum dot luminescent layer, a second electron transmission layer and a cathode stacked in sequence; the photoelectricconversion layer is made of a photoelectric conversion material.
Owner:TCL CORPORATION
Ultra wideband multichannel photoelectric integrated detector for microwave photon system
PendingCN107846248AGood testability and adjustabilityEase of fault location and repairElectromagnetic receiversVIT signalsMicrowave signals
The invention discloses an ultra wideband multichannel photoelectric integrated detector for a microwave photon system. The ultra wideband multichannel photoelectric integrated detector comprises a light detection conversion unit, a low noise amplification unit and a microwave amplitude equalization unit, which are connected in sequence. The light detection conversion unit is used for detecting and collecting light signals and converting the same into microwave signals; the low noise amplification unit is used for amplifying the microwave signals; and the microwave amplitude equalization unitis used for achieving the equalization of the microwave signals. The ultra wideband multichannel photoelectric integrated detector disclosed by the invention breaks the existing single light detection, photoelectric conversion and analog radio frequency processing, mainly realizes the integration of light detection, photoelectric conversion and analog radio frequency, and has the characteristics of photoelectric conversion frequency bandwidth, multichannel and miniaturization.
Owner:CHENGDU GANIDE TECH
High-power light condensation solar photoelectric hydrogen conversion device
InactiveCN105483745AImprove conversion efficiencyReduce lossCellsPhotovoltaicsElectrolysisEngineering
The invention provides a high-power light condensation solar photoelectric hydrogen conversion device. The high-power light condensation solar photoelectric hydrogen conversion device comprises a light condensation solar power generation module and an electrolytic hydrogen production module; a main output electrode of the light condensation solar power generation module is correspondingly connected with a main input electrode of the electrolytic hydrogen production module; and the light condensation solar power generation module includes at least one light condensation solar power generation module. The light condensation solar power generation module is directly connected with the electrolytic hydrogen production module for converting optical energy, electric energy and chemical energy. Compared with a traditional optical energy-electric energy-chemical energy-electric energy-optical energy conversion process, a chemical energy-electric energy conversion phase in middle is omitted, so that the loss of electric energy in the conversion phase is reduced, and the solar energy-optical energy conversion efficiency is improved. The device is low in cost and high in efficiency, can realize mass production of efficiency of converting photoelectric energy to hydrogen energy, and can serve as a hydrogen source device to be applied to equipment with hydrogen as energy.
Owner:SHENZHEN ANGTEER SOLAR ENERGY INVESTMENT
Portable outdoor emergency foldable solar photovoltaic conversion and energy storage device
PendingCN112532167ARealize photoelectric conversionIncrease power generationPhotovoltaic supportsSolar heating energyMechanical engineeringExternal circuit
The invention discloses a portable outdoor emergency foldable solar photovoltaic conversion and energy storage device. The device comprises a three-legged supporting frame, a cavity, an output panel,an inverter, an energy storage battery pack, a telescopic rod, a solar photovoltaic conversion assembly, a wingspan support and an automatic tracking system, wherein the three-legged supporting frameis arranged at the bottommost end of the cavity, the output panel is arranged on the cavity outer shell and used for being connected with an external circuit, the inverter is arranged in the cavity and used for adjusting output voltage, the energy storage battery pack is arranged in the cavity and used for storing electric energy, and the telescopic rod is arranged in the cavity inner shell and used for adjusting the longitudinal height. The wingspan support is arranged on the telescopic rod and used for spreading the solar photovoltaic conversion assembly, and the automatic tracking system isarranged at the top end of the telescopic rod and used for automatically tracking sunlight. The device is simple in structural design, convenient to carry, practical and convenient, can realize rapidpower generation and power storage outdoors, and is used for supplying power to equipment such as a power supply and illumination equipment.
Owner:CHANGSHA UNIVERSITY OF SCIENCE AND TECHNOLOGY
Quantum-encryption-type video monitoring system used for intelligent ad hoc network communication
ActiveCN109618135AStrong power consumptionReduce power consumptionKey distribution for secure communicationClosed circuit television systemsVideo monitoringTraffic capacity
The invention belongs to the field of network video surveillance, and particularly relates to a quantum-encryption-type video monitoring system used for intelligent ad hoc network communication. The system includes panoramic cloud platform and control systems and intelligent ad hoc network communication terminal equipment. The panoramic cloud platform and control systems are connected with the intelligent ad hoc network communication terminal equipment through network interfaces. The intelligent ad hoc network communication terminal equipment uses a wireless Mesh network to realize two-way communication with other intelligent ad hoc network communication terminal equipment and a monitoring center, and thus transmits panoramic video data through the wireless Mesh network. The intelligent adhoc network communication terminal equipment uses quantum keys for encryption, cooperates with the wireless Mesh network to realize double encryption, sets maximum values of connection point numbersand maximum values of data transmission traffic, and can carry out automatic re-connection when the connection point numbers or the data transmission traffic exceeds the maximum values. Panoramic video splicing systems are integrated in the intelligent ad hoc network communication terminal equipment, and collected panoramic video information can be processed and compressed.
Owner:喀什安德光电科技有限公司
Photoelectric coupling device
InactiveCN111830647AHigh operating frequency upper limitMeet needsElectromagnetic network arrangementsCoupling light guidesInfraredEngineering
The invention provides a photoelectric coupling device, which may include: a monochromatic light source for emitting monochromatic light; a monochromatic light detector used for receiving the monochromatic light; and a monochromatic light transmission medium, wherein at least one part of the monochromatic light transmission medium is located between the monochromatic light source and the monochromatic light detector, and the monochromatic light transmission medium is used for transmitting monochromatic light to the monochromatic light detector through the monochromatic light transmission medium, wherein the wavelength of the monochromatic light is smaller than that of the infrared rays. According to the invention, the upper limit of the working frequency of the photoelectric coupling device can be improved, and the user requirements can be better met.
Owner:NINGBO QUNXIN MICRO-ELECTRONICS CO LTD
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