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21results about How to "Change temperature" patented technology
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Chip temperature testing device
ActiveCN222653075Uchange temperaturereduce frostingElectronic circuit testingElectrical measurement instrument detailsThermodynamicsProcess engineering
The utility model provides a chip temperature testing device which comprises a testing jig used for testing a chip, a heat preservation cover arranged on the periphery of the testing jig in a covering mode, a lifting mechanism used for driving the heat preservation cover to ascend and descend, an air flow source used for providing heat or cold and a supporting seat, and the air flow source is communicated with the heat preservation cover. And the test fixture and the heat preservation cover are both placed on the supporting seat. According to the chip temperature testing device provided by the utility model, when the chip needs to be replaced, the heat preservation cover is lifted through the lifting mechanism, the testing jig is exposed, the airflow source still continuously provides airflow into the heat preservation cover, and the airflow blows to the testing jig, so that the contact between external air and the testing jig can be reduced, and the frosting of the testing jig is reduced. Meanwhile, heat or cold is provided through the air flow source, the temperature in the heat preservation cover can be rapidly changed, and therefore continuous testing can be achieved, and the testing efficiency is high.
Owner:KUNSHAN SMARTSENS TECH CO LTD
Resin and metal powder stirring device
ActiveCN224057259Uchange temperaturewell mixedFlow mixersTransportation and packagingTemperature controlHot liquids
The utility model discloses a resin and metal powder stirring device, which relates to the technical field of metal powder coating processing and comprises an outer cylinder, a temperature control component is assembled in the center of the inside of the outer cylinder, and both sides of the temperature control component are provided with constraint cylinders fixed on the lower inner wall of the outer cylinder. Each restraining cylinder is rotationally provided with an auger shaft for conveying materials into the temperature control assembly, a heat source is arranged at the top of the outer cylinder, a cold source is assembled on one side of the heat source, and the bottom end of the heat source and the bottom end of the cold source are connected with branch pipes for conveying cold and hot liquid into the temperature control assembly. Materials on the bottom layer are made to surge upwards through the auger shaft, the materials are matched with the frame body to flow in a foldback track, metal powder and resin are mixed more sufficiently, meanwhile, the track of the materials is prolonged through the spoilers and the baffles in the frame body, and therefore the time of heat exchange with liquid in the flow guide pipe is prolonged, and the heat exchange efficiency is improved. The temperature of the material can be quickly and stably changed, so that the quality of the finally mixed finished product material is relatively high.
Owner:SUZHOU MIMO METAL SCI & TECH
A composite optical cable
This invention discloses a composite optical cable, relating to the field of optical cable technology. It includes a cable core, a wrapping tape layer, an armor layer, and a sheath layer arranged sequentially from the inside out. An inner heat-absorbing layer is disposed between the armor layer and the sheath layer. The inner heat-absorbing layer includes two sets of wrapping first and second heat-conducting layers, and a phase change material layer disposed between the first and second heat-conducting layers. An outer insulation layer is disposed outside the sheath layer. The outer insulation layer is composed of several sets of insulation units spliced together. Each insulation unit includes an airbag body disposed inside, a first heat insulation layer wrapped around the airbag body, and a second heat insulation layer disposed outside the first heat insulation layer. A protective layer is disposed outside the outer insulation layer, and the protective layer is composed of several sets of protective units enclosing the protective layer. This invention can prevent the cable sheath layer from undergoing multiple freeze-thaw cycles, thereby effectively protecting the service life of the cable sheath layer and facilitating the repair and replacement of the optical cable.
Owner:HEBEI YUTIAN COMM EQUIP CO LTD
A molten salt energy storage system
The application discloses a molten salt energy storage system for peak regulation of a thermal power unit, which comprises a first molten salt tank, a second molten salt tank and a heat exchange unit, the heat exchange unit is arranged between the first molten salt tank and the second molten salt tank, the heat exchange unit is used for heat exchange between molten salt and water or steam, and the heat exchange unit comprises a molten salt heat exchanger; the molten salt heat exchanger comprises a molten salt flow path and a water flow path, the inlet of the molten salt flow path is directly or indirectly connected with the first molten salt tank, and the outlet of the molten salt flow path is connected with the second molten salt tank; and the water flow path is connected in parallel with a first heated flow path of a low-pressure heater. The molten salt energy storage system disclosed by the application expels the low-pressure heater system through the molten salt heat exchanger, reduces steam extraction of the low-pressure heater, increases the steam quantity for work of a low-pressure cylinder, and further increases load and improves the load increasing rate, realizes rapid response of the system, realizes energy cascade utilization, and improves the energy storage density of the system.
Owner:YANTAI LONGYUAN POWER TECH
Laser rapid frequency hopping locking method
ActiveCN119651334Achange temperaturequick lockLaser detailsSemiconductor lasersFrequency stabilizationParticle physics
The invention discloses a laser rapid frequency hopping locking method, and belongs to the field of atomic physics and laser frequency locking. The frequency of the laser is stabilized through frequency shift EOM and modulation transfer frequency stabilization, the temperature of the laser tube is changed, the laser output frequency is correspondingly changed, the temperature of the laser tube is continuously changed, meanwhile, a signal generator is used for generating fast ramp voltage, and the wavelength of the laser is scanned; a scanning voltage corresponding to a frequency locking error signal zero point is recorded on an oscilloscope, a plurality of groups of corresponding error signal zero point voltage values under different laser tube temperatures are recorded, and a voltage-frequency curve obtained through measurement is subjected to polynomial fitting to obtain a relational expression of the voltage-frequency curve. When laser frequency hopping locking is carried out, a signal source is used for controlling a frequency shift EOM to enable to-be-locked frequency of a laser to change, the voltage of the laser is controlled to change directly according to a voltage and frequency curve obtained through calculation, and an error signal is obtained to achieve rapid frequency hopping locking of the laser. And meanwhile, the laser has the characteristics of high frequency hopping locking speed, large frequency hopping locking range and the like.
Owner:BEIJING CHANGCHENG INST OF METROLOGY & MEASUREMENT AVIATION IND CORP OF CHINA
Energy storage device
The present application relates to the field of energy storage technology, and provides an energy storage device. In the energy storage device provided by the present application, both the first circulation component and the temperature sensing component exchange heat with the energy storage component through the internal circulating medium. At the first temperature change rate, the flow rate of the circulating medium in the first circulation component changes synchronously with the temperature of the corresponding circulation component, so that the temperature of the corresponding circulation component can be synchronously controlled by the first circulation component. At the second temperature change rate, when the heating rate is too fast, the circulating medium in the first circulation component stops circulating in this case. On this basis, if the energy storage component continues to heat up, the circulating medium is released from the first circulation component to the corresponding energy storage component, and the circulating medium is directly released to the outside of the energy storage component, thereby curbing the continued heating of the energy storage component and controlling the temperature of the energy storage component.
Owner:南京创源动力科技有限公司
Mixing temperature control device for electrophoretic paint production
ActiveCN224057157Uchange temperatureImprove heat transfer efficiencyRotary stirring mixersTransportation and packagingTemperature controlElectrophoreses
The utility model relates to the technical field of mixing equipment, and discloses a mixing temperature control device for electrophoretic coating production, which comprises a mixing barrel, an opening is arranged at the top end of the mixing barrel, a cover plate covers the top end of the opening, a fixing ring is fixedly mounted at the top end of the mixing barrel, and the cover plate is rotatably connected with the fixing ring. According to the mixing temperature control device for electrophoretic coating production, a heating rod can make direct contact with a material, so that the heat conduction efficiency between the heating rod and the material is improved, when the temperature of the heating rod changes, the temperature of the material can be rapidly changed, the temperature control efficiency is improved, and the production efficiency is improved. The problems that in an existing technical scheme, an electric heating plate body is installed outside a second box body, heat of the electric heating plate body can be conducted to materials only through the second box body, certain heat loss exists, the heat conduction efficiency is influenced, and then the temperature control efficiency is influenced are solved.
Owner:QUZHOU DINGRUN COATING TECH CO LTD
Lipase mutant and application thereof
PendingCN121991921Achange activitychange temperatureHydrolasesFermentationReaction temperatureCatalytic efficiency
The invention provides a lipase mutant. Corresponding to an amino acid sequence of wild type lipase, the lipase mutant has mutation at one or more of 10th, 40th, 45th, 47th, 156th and 159th amino acids. The lipase mutant disclosed by the invention can effectively improve the catalytic efficiency of the enzyme and the catalytic reaction rate under a low-temperature condition, and can effectively reduce the optimal catalytic reaction temperature, thereby providing important significance for the application of the lipase in the key fields of food processing, detergent manufacturing and the like.
Owner:TIANJIN INST OF IND BIOTECH CHINESE ACADEMY OF SCI +1
Blown film die temperature control structure
A blown film die head temperature control structure includes a blown film die head with an annular extrusion port. The blown film die head is evenly divided into N sector-shaped regions along its circumference, where N is a natural number. Each sector-shaped region is equipped with two arc-shaped heat-conducting oil pipes, the center of each heat-conducting oil pipe located on the vertical central axis of the blown film die head. The two heat-conducting oil pipes are close together, each extending from a first circumferential end to a second circumferential end of the corresponding sector-shaped region. Each heat-conducting oil pipe has an inlet and an outlet. In each sector-shaped region, one heat-conducting oil pipe has its inlet on the clockwise side and its outlet on the counterclockwise side, while the other heat-conducting oil pipe has its inlet on the counterclockwise side and its outlet on the clockwise side. This invention can maintain a basically uniform temperature at various points along the circumference of the blown film die head and can quickly adjust and change the temperature.
Owner:GUANGDONG JINMING MACHINERY
Application of transmembrane transport protein as growth regulation switch in genetically engineered bacteria
The application provides application of a transmembrane transporter protein NPF / SWEET as a growth regulation switch in genetically engineered bacteria, and the genetically engineered bacteria are eliminated or growth is limited by introducing a coding gene of the transmembrane transporter protein into the genetically engineered bacteria and inducing expression of the transmembrane transporter protein at a proper time, so that growth of the strain is inhibited or the strain dies, potential danger of outflow of the genetically engineered bacteria is reduced, and safety management work of the genetically engineered bacteria is further strengthened, and meanwhile, the growth regulation can indirectly regulate a cell catalytic reaction process.
Owner:ZHEJIANG UNIV OF TECH
Laser-assisted MCED electrochemical deposition method and inclined cantilever beam preparation method
PendingCN121948374AEnsure process stabilityincrease deposition rateCellsDecorative surface effectsElectrolytic agentNano structuring
The invention discloses a laser-assisted MCED electrochemical deposition method and an inclined cantilever beam preparation method, and the method comprises the steps: S1, carrying out laser-assisted experiment simulation on a glass microprobe tip in an MCED system through COMSOL software to obtain correlation characteristics of temperature field change and deposition rate of the glass microprobe tip under different laser parameters; s2, after a stable electrolyte droplet bridge is formed in the MCED system, a laser-assisted assembly is started; s3, the droplet bridge form, the deposition point form and the deposition area temperature are observed in real time based on a temperature-vision system; and S4, the MCED central controller realizes regulation and control on the shape of the liquid drop at the tip of the glass microprobe based on coordination in the step S3, the shape of the liquid drop bridge is kept consistent, and the preparation of the micro-nano structure is rapidly completed on the substrate. According to the MCED electrochemical deposition method based on laser assistance and the inclined cantilever beam preparation method, the deposition rate is increased while the process stability is guaranteed, micro-nano manufacturing is completed, and the MCED technology is promoted to be applied and developed to industrialization.
Owner:SOUTHWEAT UNIV OF SCI & TECH
Intelligent spraying device with adaptive camber function
The application discloses a kind of intelligent spraying devices with adaptive cambered surface function, belong to spraying device technical field, the present application includes heat insulation shell, the side of heat insulation shell is hingedly connected with protective door, and the upper end middle part of heat insulation shell is fixedly installed with paint storage box, the upper end of paint storage box is connected with first pump machine;It also includes: second pump machine, fixed in the left and right sides of the heat insulation shell, the second pump machine is communicated with pool by transmission pipe, and the second pump machine is connected with spray block by flow guide pipe, the spray block is fixed in the left and right sides top end of the inside of heat insulation shell, so that it is along the side wall of heat insulation shell and sprays water source to form water curtain and plays the role of barrier paint.The intelligent spraying device with adaptive cambered surface function can change the motion trajectory of spraying conveniently according to the spraying surface of different shapes, can also absorb the excess coating through water curtain, and avoid paint residue into the pipeline during the process of water circulation.
Owner:WUXI DAMEI SPRAYING CO LTD
An adjustable temperature sensor analog detection device
ActiveCN115615580BAvoid affecting detection accuracychange temperatureThermometer testing/calibrationBottleMaximum temperature
The present application relates to a kind of temperature sensor detection device, especially a kind of adjustable temperature sensor analog detection device.The purpose of the present application is to provide a kind of adjustable temperature sensor analog detection device, which can measure the maximum temperature value of temperature sensor while detecting the good or bad of temperature sensor.The present application is realized by the following technical approach:an adjustable temperature sensor analog detection device, including mounting bracket, detection bottle, sealing interface, detector and the like, detection bottle is installed on the left side of the top of mounting bracket, six sealing interfaces are evenly installed on the lower part of detection bottle along the circumference, and six detectors capable of judging the good or bad of temperature sensor are evenly installed on the lower part of detection bottle along the circumference.By adjusting the position of contact switch, the temperature of heating bottle can be changed, and then the heating temperature of temperature sensor is changed, so that the maximum temperature detection value of temperature sensor can be detected, and damage caused by temperature exceeding during subsequent use is avoided.
Owner:STATE GRID CORPORATION OF CHINA +3
Anti-splashing jet printing system
ActiveCN224145606Utemperature controlchange temperatureOther printing apparatusPeristaltic pumpTemperature control
The utility model discloses an anti-splashing jet printing system, which comprises a shell, a dilution mechanism and a temperature control mechanism, the upper end in the shell is fixedly connected with a heat preservation compartment, the rear end of the heat preservation compartment is provided with material conveying mechanisms which are symmetrically distributed left and right, the front side face of the shell is fixedly connected with a hose, and the front end of the hose is fixedly connected with a nozzle; the dilution mechanism comprises a dilution box, the dilution box is fixedly connected to the front end of the bottom wall of the heat preservation compartment, a filter is fixedly connected to the lower end of the dilution box, a filter element is arranged in the filter, a second peristaltic pump is fixedly connected to the bottom wall of the shell, and the lower end of the filter communicates with a liquid inlet pipeline of the second peristaltic pump; a liquid outlet pipeline of the second peristaltic pump penetrates through the hose to be communicated with the rear end of the nozzle, and the material conveying mechanism is matched with the dilution box. According to the anti-splashing jet printing system, the viscosity of the ink is controlled by controlling the temperature of the diluted ink, meanwhile, the filter is matched for filtering, and splashing is reduced.
Owner:ZHENGZHOU YINHE PACKAGING CO LTD
Preparation method of high entropy ceramic thermal barrier coating for small-scale non-premixed low heat dissipation combustion chamber
ActiveCN118256851BRaise the reaction temperatureImprove combustion efficiencyMolten spray coatingEfficient propulsion technologies
The present invention discloses a method for preparing a small-scale non-premixed low-heat dissipation combustion chamber high-entropy ceramic thermal barrier coating, which belongs to the technical field of coatings. The method for preparing a small-scale combustion chamber high-entropy thermal barrier coating comprises: S1, drying the raw materials; S2, ball milling, drying, and sieving the raw materials; S3, sintering the sieved powder, and ball milling, drying, and sieving after sintering; S4, spraying a bonding layer on the inner wall of the combustion chamber; S5, vacuum heat treatment of the combustion chamber sprayed with the bonding layer; S6, spraying a high-entropy ceramic layer on the bonding layer. The chemical formula of the high-entropy ceramic layer is La 2( Z r0.3 Hf 0.2 Ce 0.2 Sn 0.2 Ti 0.1 )2O7. The bonding layer is NiCo 23 Cr 17 Al 12 Y 0.5 The present invention adopts the above-mentioned preparation method of the small-scale non-premixed low heat dissipation combustion chamber high entropy ceramic thermal barrier coating. The high entropy ceramic layer has a higher thermal expansion coefficient and lower thermal conductivity, which is beneficial to alleviate the heat load on the channel combustion chamber, increase the combustion chamber gas boundary contact temperature, adjust the thermal flow field in the cylinder, promote the complete combustion of the fuel, and effectively slow down the flame quenching phenomenon.
Owner:SANYA SCI & EDUCATION INNOVATION PARK WUHAN UNIV OF TECH
Automobile suspension cushion static stiffness tester
The utility model provides automobile suspension soft pad static stiffness tester relates to testing equipment technical field, including fixed frame, lower support board, upper support board, the inside lower extreme of fixed frame is installed with miniature control electronic universal testing machine, and is equipped with a set of positioning slot respectively in the inside left and right two ends of fixed frame, the upper support board is placed in the inside upper end of fixed frame, and the left and right side surface of upper support board is fixedly connected with the inside surface of fixed frame, and the lower extreme of upper support board is connected with electric push rod A, is connected with the threaded hole on the base through the threaded rod on fixed part one, fixed part two and fixed part three, is favorable to installation or dismounting, need not complex tool, can change fixed part of different structure fast, satisfies the fixed demand of different structure type suspension soft pad, expands the applicable scope of tester, solves the problem that the common automobile suspension soft pad static stiffness tester of existing in the process of using fixed structure general purpose and the extension of deficiency.
Owner:SHANDONG TOFON AUTO TECH CO LTD
Detection device for temperature sensor
ActiveCN224136758UImplemented multiple timesEasy to detectThermometer testing/calibrationPhysicsElectrical and Electronics engineering
Owner:SUZHOU BOONPUT MEASUREMENT & CONTROL TECH CO LTD
High discharge voltage carbon fluoride, and preparation method and application thereof
ActiveCN120518060Bchange temperatureEasy to passPositive electrodesPrimary cell electrodesElectrical batteryElectrochemistry
The application belongs to the technical field of primary batteries, and particularly relates to high-discharge-voltage fluorocarbon and a preparation method and application thereof. The application provides a preparation method of high-discharge-voltage fluorocarbon, which comprises the following steps: fluorination of amorphous carbon in a fluorine-containing atmosphere to obtain the high-discharge-voltage fluorocarbon; the amorphous carbon has a hierarchical pore structure; the specific surface area of the amorphous carbon is not less than 1000 m 2 / g; and the fluorination temperature is 20-200 DEG C. The application reduces the fluorination temperature by screening carbon raw materials, adopts a low-temperature fluorination treatment process, maximally retains the conductive network structure of the starting carbon source and improves the electrochemical activity of fluorocarbon bonds, the porous network structure of the carbon raw material is also beneficial to the shuttling of internal charges of the battery, and finally the preparation of high-voltage fluorocarbon material is realized.
Owner:BEIJING UNIV OF CHEM TECH
Temperature control device of edible mushroom planting greenhouse
ActiveCN222621788Uhigh speedprevent floatingClimate change adaptationCultivating equipmentsTemperature controlGreenhouse
The utility model relates to the technical field of greenhouse temperature control, and discloses a temperature control device of an edible mushroom planting greenhouse, which comprises a greenhouse base, a greenhouse frame is arranged at the top of the greenhouse base, and mounting frames are fixedly connected to the left side and the right side in the greenhouse frame; the connecting seat is mounted on the upper portion of the inner side of the mounting frame, a motor is fixedly mounted on the outer side of the bottom of the connecting seat, the inner end of a connecting rod is movably connected with a hinge block through a bearing, an air heater is mounted on the upper portion of the outer side of an air supply plate, and exhaust fans are mounted on the left side and the right side of the top of the greenhouse frame. According to the temperature control device of the edible mushroom planting greenhouse, a stirring rod is driven to rotate through a motor, so that a sliding sleeve can be driven to move left and right through an inserting block, a hinged block and an air supply plate can be driven to incline through a transmission connecting rod, then heat can rapidly move downwards when an air heater works, and the temperature rising speed of the bottom of the greenhouse is increased.
Owner:LINQING XINYUAN AGRICULTURAL CO LTD
Rapeseed oil closed-loop sterilization method based on thermal radiation and vapor permeation
ActiveCN121975577APrevent false bubblesreduce riskFatty-oils/fats refiningLiquid degasification regulation/controlRapeseedThermal radiation
The invention relates to the technical field of rapeseed oil sterilization, in particular to a rapeseed oil closed-loop sterilization method based on thermal radiation and vapor permeation, and the method comprises the following steps: preheating rapeseed oil, conveying the rapeseed oil to a deodorization tower, and obtaining infrared thermal imaging data, a viscosity data sequence and a temperature data sequence; determining whether the preheating treatment is qualified based on the preheating coefficient; in response to the pre-heat treatment being qualified, determining a degassing strategy based on the viscosity deviation ratio; a degassing strategy is executed, and whether degassing treatment reaches the standard or not is determined based on the moisture content and the dissolved oxygen content after degassing; in response to the degassing treatment reaching the standard, performing steam stripping treatment on the rapeseed oil and determining whether the bubble state generated by the steam is qualified or not based on the sound pressure fluctuation ratio; and reducing the steam flow in response to the unqualified bubble state, determining whether the temperature of the rapeseed oil is reduced or not based on the sound pressure fluctuation rate slope, and performing gradient cooling and filtering treatment on the rapeseed oil subjected to steam stripping treatment under vacuum protection to obtain treated rapeseed oil. The quality of the rapeseed oil is improved.
Owner:HUBEI WULONGHE FOOD
A reconstructed double-spoke MEMS multi-ring gyroscope with low thermoelastic damping
ActiveCN116753931Bchange temperatureChange the heat flux distributionSpeed measurement using gyroscopic effectsGyroscopes/turn-sensitive devicesGyroscopeHeat flux
This invention discloses a low thermoelastic damping reconstructed double-spoke MEMS multi-ring gyroscope, belonging to the field of microelectromechanical systems (MEMS). This MEMS multi-ring gyroscope has a fully symmetrical structure in a plane, consisting of a central fixed anchor point, multiple concentric rings, spokes, and electrodes. The central fixed anchor point is circular, fixed by an external structure, and shares the same center with the multiple concentric rings. The innermost concentric ring is connected to the anchor point via spokes. The multiple concentric rings are connected by spokes, and the width of the concentric rings can be adjusted as needed, with varying spacing between the rings. The spoke structure includes single straight spokes, double straight spokes, and reconstructed double straight spokes. Spokes of the same ring are evenly distributed circumferentially, with the axes of adjacent rings differing by 22.5°. The outermost ring is connected to the first ring from the outside in by a single straight spoke, the innermost ring is connected to the anchor point by double straight spokes, and the remaining rings are connected by reconstructed double straight spokes. This gyroscope features a unique reconfigured double spoke design that extends the heat transfer path to reduce heat transfer at the spokes, thereby altering the internal temperature and heat flux distribution of the gyroscope; reducing the thermoelastic damping of the device; improving the gyroscope's sensitivity; and reducing zero-bias instability.
Owner:NORTHWESTERN POLYTECHNICAL UNIV