61 results about "Cold spot" patented technology

The invention discloses an electric heating and heat preservation system and method for a deep-sea gas production seabed wellhead flow channel cold point, which are used for solving the problems of natural gas hydrate generation and paraffin precipitation blockage caused by low temperature and throttling of a deep-sea gas production underwater wellhead and an underwater gas production tree flow channel and ensuring efficient and stable operation of deep-sea gas production operation. An electric heating and heat preservation system for a deep sea gas production seabed wellhead flow channel cold point comprises a cold point positioning system, an electric heating device and a control system. The cold spot positioning system performs real-time data acquisition and preprocessing by constructing a temperature sensor network for key cold spots of an underwater christmas tree runner, quantifies the positions and risk levels of the cold spots in combination with a probability statistical model, and provides an accurate targeted heating basis for the distribution positions of electric heating devices. A heating element of the electric heating device is arranged in a cold point area of an underwater christmas tree flow channel; the control system obtains data measured by the temperature sensors in the cold spot areas in real time, and whether the corresponding heating elements are started or not is determined according to the data.

An apparatus can include an optical sensor and a controller configured to monitor the optical sensor and provide an indication of a refrigerant leak. The optical sensor can view at least a portion of an evaporator, a condenser, a prime mover, associated plumbing, or any combination thereof. The optical sensor can be a thermal optical sensor, such as those using infrared imaging technology. The optical sensor can provide an indication of different temperatures across a field of view of the optical sensor. The controller can analyze the different temperatures across the field of view and identify a cold spot and / or a temperature gradient in the field of view.

Provided in the present invention are a cooling module and an oven. The cooling module is internally provided with a cooling chamber, the cooling module is formed with a communicating position for communicating the cooling chamber with the outside, the cooling module is provided with a cold-spot heating device, and the cold-spot heating device is arranged close to the communicating position so as to heat, by means of the cold-spot heating device, an area of the cooling chamber that is close to the communicating position. The cold-spot heating device of the present invention is installed at a cold-spot position on the cooling module, the cold-spot heating device synchronously heats while an original heating element of the cooling module performs sterilization by heating, such that all spots in the whole cooling module are subjected to effective sterilization and depyrogenation, and the temperature in the cooling module can be set to be a standard sterilization temperature, which can reduce energy consumption caused by excessive heating, and can also prevent normal production from being affected by the overheating of medicine bottles and generation of black spots.

This invention discloses a heating plate device for reducing component oxidation and its thin film deposition equipment. The heating plate device for reducing component oxidation includes a heating plate, a heating rod, an RF rod, and a sealing cover. The heating plate includes a heating element and a support handle connected to the center of the bottom of the heating plate. The support handle has a mounting cavity, and the heating rod and the RF rod are embedded in the mounting cavity. The sealing cover is connected to the opening of the mounting cavity, so that a sealed vacuum cavity is formed inside the mounting cavity. The heating plate device for reducing component oxidation and its thin film deposition equipment of this invention, by designing the mounting cavity of the support handle where the heating rod and the RF rod are embedded as a sealable structure, evacuates the mounting cavity during operation, thereby replacing the existing design of introducing inert gas to reduce the oxidation of the heating rod and the RF rod. This design offers higher safety, better reduction of component oxidation, and avoids localized cold spots on the heating plate, resulting in better heating performance.

The utility model relates to the technical field of injection water systems, in particular to a common cold point cooling system. The common cold point cooling system comprises a distribution module and a pipeline system; the distribution module comprises a storage tank unit and a first heat exchanger; the pipeline system comprises at least one second heat exchanger and at least one water consumption point; the storage tank unit, the first heat exchanger, the second heat exchanger and the water consumption point are connected in series; the first heat exchanger is used for heating the system, and the second heat exchanger is used for cooling the system. The injection water system is cooled by adopting the cooling effect of the second heat exchanger at the water consumption point in the pipeline system, and a distribution module is not required to be connected into a chilled water interface, so that the input cost and the maintenance cost of the system are reduced.

Systems and methods are provided for using historic input power periodic data from a server in an IT data center to train a machine learning (ML) model to obtain forecasted power consumption data of the server for a future time period. Time windows of hotspots or coldspots are then identified in the forecasted power consumption data, hotspots being defined as areas or regions of over-utilization in a time series data, and coldspots being defined as areas or regions of under-utilization in a time series data. The hotspots and coldspots are identified by calculating an exponential mean average (EMA) of the forecasted power consumption data, taking points above the EMA as hotspots and points below the EMA as coldspots. The identified hotspots and coldspots can be used to schedule workloads for a server or a data center, to more efficiently plan existing workloads, or to introduce new workloads at more optimal time periods.

The application relates to the technical field of power distribution cabinet monitoring, and discloses a power distribution cabinet operation state intelligent monitoring method and an intelligent monitoring system. The power distribution cabinet operation state intelligent monitoring method comprises the following steps: step S101, three-point median filtering processing; step S102, dew point temperature calculation; step S103, dew potential calculation; step S104, update of an asymmetric hysteresis moisture storage state; step S105, nonlinear risk power calculation; step S106, online risk index calculation; step S107, self-normalization intensity calculation; and step S108, output of the power distribution cabinet operation state. The application focuses on the influence of cold spot condensation, embodies the hysteresis characteristics of the wet state of an insulating surface, avoids the problem that a fixed threshold value is difficult to adapt to different cabinet working conditions, realizes continuous monitoring of an implicit insulation deterioration risk, and the output operation state can provide corresponding basis for power distribution cabinet operation and maintenance.

The invention discloses a genome variation cold and hot spot region prediction method and device, and the method comprises the steps: S1, carrying out the slicing of a target genome region according to a preset sliding window length, and constructing a multi-modal input tensor corresponding to a window; s2, inputting the multi-modal input tensor into a pre-trained deep learning prediction model, and outputting a cold and hot spot prediction score of each site in the window through a full connection layer; and S3, according to the cold and hot spot prediction scores, identifying a variation cold spot region and a variation hot spot region in the target genome region. According to the technical scheme provided by the invention, the dependence on the existing variation data density is eliminated, and non-blind area coverage in the whole exon group range is realized; meanwhile, the structured output based on the preset transcript coordinates can directly support clinical variation interpretation, a quantitative basis is provided for PM1 and cold spot evidence, and the proportion of unclear significance variation is effectively reduced.

This utility model relates to the field of concentrated brine technology and discloses a concentrated brine concentration device for the steel industry. The device includes a concentration tank with a cover on top and a concentration assembly inside. In this concentrated brine concentration device, steam contacts the liquid as much as possible before entering the outlet, releasing more latent heat. Compared to direct top dissipation or simple heating, this results in a larger heat exchange area, higher heat utilization, and reduced energy consumption. Simultaneously, the steam pipes are heated to prevent their temperature from falling below the waste liquid temperature, thus avoiding cold spots and preventing salt crystallization on lower surfaces, improving heat exchange efficiency. Regular scraping by a scraper removes initial deposits of crystals or soft scale, preventing further accumulation into hard scale, keeping the steam pipes and concentration tank surface clean, improving heat exchange efficiency, and reducing operating energy consumption.

The invention discloses a gas path system of a process chamber and semiconductor process equipment, and belongs to the technical field of semiconductors. The gas path system of the process chamber comprises at least two gas conveying pipelines, each gas conveying pipeline is provided with at least one control valve, and each control valve controls the corresponding gas conveying pipeline to be connected and disconnected. The at least two control valves are wrapped by heating assemblies to be integrated into valve sets, so that the heating assemblies heat the control valves in the corresponding valve sets at the same time. The semiconductor process equipment comprises a process chamber and the gas path system, and the outlet end of at least one of the at least two gas conveying pipelines is communicated with the process chamber. According to the arrangement, when the gas flows through the control valve, the temperature of the control valve is high, cold points are avoided, the gas is prevented from being liquefied when cooled in the circulation process, the gas can be continuously in a steam state and smoothly conveyed into the process chamber, the amount of the gas conveyed into the process chamber is guaranteed, and the process effect is improved.

The invention discloses an integrally woven cold-spot-free anti-convection down jacket fabric and a preparation method, the fabric comprises five layers of symmetrical tissues, namely a surface layer, a first inner layer, a middle layer, a second inner layer and an inner layer; the surface layer adopts a windproof high-density plain weave, and the inner layer adopts a down-proof high-density plain weave; the material of the middle layer penetrates through the five layers of tissues, and a plurality of strip-shaped down filling cavities are respectively formed in the first inner layer and the second inner layer through interval weaving. The method for preparing the integrally woven cold-spot-free convection-proof down jacket fabric is simple and convenient, and the obtained fabric integrates the layering functions that the surface layer is windproof, the first inner layer and the second inner layer are downproof, and the middle layer is highly fluffy.

Support plates for localized heating in thermal processing systems to uniformly heat workpieces are provided. In one example implementation, localized heating is achieved by modifying a heat transmittance of a support plate such that one or more portions of the support plate proximate the areas that cause cold spots transmit more heat than the rest of the support plate. For example, the one or more portions (e.g., areas proximate to one or more support pins) of the support plate have a higher heat transmittance (e.g., a higher optical transmission) than the rest of the support plate. In another example implementation, localized heating is achieved by heating a workpiece via a coherent light source through a transmissive support structure (e.g., one or more support pins, or a ring support) in addition to heating the workpiece globally by light from heat sources.

The application discloses a methanol reforming hydrogen micro-reactor and a control method, relates to the technical field of hydrogen energy, and comprises a reformer body, a catalyst and a burner. The parallel U-shaped rotary segments of the application span above a plurality of parallel combustion channels. Such a layout enables the methanol steam reforming reaction to uniformly absorb heat from the entire burner plane, rather than only absorbing heat from a local heat source, greatly improving the temperature uniformity of the reactor in the vertical and horizontal directions, effectively eliminating hot spots and cold spots, and controlling the method based on a heat contribution matrix and an ideal heat flux density curve. The method realizes precise regulation and control of the heat flux density as the core index at the micro-reactor level, directly acquires the spatial heat distribution through a heat flux sensor array, dynamically adjusts the fuel supply of each combustion channel, enables the energy input to be real-time and accurate, matches the dynamic demand of the reaction process, realizes on-demand heating, and significantly improves the system thermal efficiency.

The utility model discloses a warm-keeping type three-dimensional down jacket. The warm-keeping type three-dimensional down jacket comprises a jacket body and a filling layer filled in an interlayer of the jacket body. The clothes main body is provided with a plurality of quilting line segments, and mutually communicated filling warm-keeping paths are formed on the clothes main body based on the plurality of quilting line segments. A plurality of quilting line segments are distributed to form the mutually communicated warm-keeping filling paths, so that the down feather filler in the clothes body can be separated to form a three-dimensional structure, cold spot structures of the down jacket are reduced, and the warm-keeping effect of the down jacket is effectively improved.

This application discloses a digital twin analysis method and device for coke tower strain based on the cold point effect, relating to the field of coke tower stress analysis technology. The method includes: constructing a three-dimensional solid model based on point cloud data; constructing a structural digital twin model of the target coke tower based on the three-dimensional solid model; determining the region with the largest bulging on the target coke tower shell and continuously collecting the metal wall temperature-operation time curves at each monitoring point within the current working cycle; compiling the load steps of the cold point temperature loading history based on the metal wall temperature-operation time curves of the non-cold point region and the cold point region, and determining the digital twin temperature field of the target coke tower; obtaining the digital twin stress-strain analysis results through transient stress analysis in finite element software. This application performs digital twin simulation of the strain of coke tower equipment by considering the cold point effect of in-service coke towers and combining temperature monitoring statistics with finite element numerical analysis.

The application provides a refrigeration equipment and a control method, a controller, a medium and a program product thereof, comprising: establishing a thermodynamic dynamic model corresponding to a box according to box structure parameters, refrigeration system configuration and environmental parameters of the refrigeration equipment; estimating the temperature of a virtual measuring point of the box according to collected operation parameters of the refrigeration equipment based on the thermodynamic dynamic model to construct temperature field data corresponding to the box; inputting the temperature field data into a pre-trained prediction model to output a target temperature prediction value of the box in a first time period after a current time through the prediction model; determining a target control amount through a cost function according to the target temperature prediction value, and controlling an actuator of the refrigeration equipment according to the target control amount. The application can improve the temperature uniformity in the box, eliminate local hot spots or cold spots, and also can adjust the refrigeration capacity in advance, reduce temperature overshoot and fluctuation, and improve the control precision and stability of the refrigeration equipment.

The invention relates to the technical field of GIS, in particular to a GIS heat tracing module arrangement optimization method and device based on finite element simulation, and the method comprises the steps: constructing a three-dimensional geometric model of a GIS structure, and carrying out the setting of a physical field; establishing a GIS temperature field simulation model based on the three-dimensional geometric model of the GIS structure and physical field setting; a heat tracing module parameter scheme is set, and the heat tracing module parameter scheme meeting the parameter evaluation standard is determined based on the GIS temperature field simulation model; and whether the heating area and the heating power corresponding to the heat tracing module parameter scheme are optimal or not is judged. According to the method, the GIS temperature field simulation model is used for conducting steady-state temperature field simulation on any heat tracing module parameter scheme, the temperature distribution in the GIS after the heat tracing module is arranged is determined in advance, data support is provided for adjusting the heat tracing module parameter scheme, the problem that a dangerous cold spot area is generated after the heat tracing module is arranged is avoided, and the heat tracing efficiency is improved. And faults caused by SF6 liquefaction are effectively prevented.

The invention relates to the technical field of metal powder injection molding, in particular to a degreasing furnace. Comprising a fixing mechanism, a furnace body, a heat preservation furnace door assembly and a locking mechanism. The core is that the heat preservation furnace door assembly and the furnace body are installed on the fixing mechanism in a mutually independent mode. The heat preservation furnace door assembly comprises a furnace door used for sealing a furnace opening and a heat preservation cover shell arranged on the peripheral side of the furnace door, and a low-heat-conductivity material layer is arranged between the furnace door and the heat preservation cover shell to achieve heat isolation. The locking mechanism is also installed on the fixing mechanism and connected with the heat preservation housing to provide locking force. Through the structure, a main heat conduction path (heat bridge) between the furnace body and the movable part is systematically cut off, and cold points formed by structural heat transfer are remarkably reduced, so that a gaseous catalyst is effectively prevented from being locally condensed and separated out in equipment, and the stability, the safety and the environmental friendliness of a degreasing process are improved.

The utility model discloses a baking tray with an oil guide structure, which comprises a base, the top of the base is fixedly connected with a shell, one side of the shell is fixedly connected with an air bellow, the top of the shell is detachably and movably connected with a baking tray, one side of the shell is provided with a rotating handle, and a plurality of placing strips are fixedly welded on the inner surface of the baking tray. The baking tray with the oil guide structure comprises a baking tray body, a plurality of oil discharge holes are formed in the surface of the baking tray body at equal intervals, heating wires are evenly distributed at the bottom of the baking tray body, and handles are fixedly connected to the upper ends of the two sides of the baking tray body. The air permeates into the food instead of permeating into the food again, so that the fat content in the final dish can be reduced, the circulation of the air below the food can be promoted, the uniform heating is facilitated, and some parts are prevented from being excessively heated or forming cold spots.

The invention discloses a methanol reforming hydrogen production microreactor and a control method, and relates to the technical field of hydrogen energy, and the microreactor comprises a reformer body, a catalyst and a combustor. According to the layout, the methanol steam reforming reaction can uniformly absorb heat from the whole combustor plane instead of only absorbing heat from a local heat source, so that the temperature uniformity of the reactor in the vertical and horizontal directions is greatly improved, hot spots and cold spots are effectively eliminated, and the control method is based on a heat contribution matrix and an ideal heat flux density curve. Accurate regulation and control with the heat flow density as a core index are achieved on the microreactor level, space heat distribution is directly obtained through the heat flow sensor array, fuel supply of all combustion channels is dynamically adjusted, energy input can be accurately matched with the dynamic requirement of the reaction process in real time, heat supply according to needs is achieved, and the heat efficiency of the system is remarkably improved.

Systems and methods are provided for using historic input power periodic data from a server in an IT data center to train a machine learning (ML) model to obtain forecasted power consumption data of the server for a future time period. Time windows of hotspots or coldspots are then identified in the forecasted power consumption data, hotspots being defined as areas or regions of over-utilization in a time series data, and coldspots being defined as areas or regions of under-utilization in a time series data. The hotspots and coldspots are identified by calculating an exponential mean average (EMA) of the forecasted power consumption data, taking points above the EMA as hotspots and points below the EMA as coldspots. The identified hotspots and coldspots can be used to schedule workloads for a server or a data center, to more efficiently plan existing workloads, or to introduce new workloads at more optimal time periods.

The embodiment of the application provides a battery pack and an electric equipment. It relates to the technical field of batteries. The battery pack comprises a tray, a temperature control assembly and a battery cell. The tray has a containing cavity; the temperature control assembly is located in the containing cavity; the temperature control assembly comprises a mounting piece, a heating piece and a refrigeration piece; the mounting piece is in sliding connection with the tray; the mounting piece has a mounting cavity; the heating piece and the refrigeration piece are both located in the mounting cavity; the battery cell is located in the containing cavity, and the battery cell and the temperature control assembly are arranged in a stack. Wherein, along a first direction intersecting with the height direction of the battery pack, the heating piece and the refrigeration piece are arranged alternately. The battery pack provided by the embodiment of the application reduces the hot spot or cold spot concentrated area in the battery pack, reduces the temperature difference between the battery cells, and improves the temperature uniformity of each part in the battery pack.

The present application relates to the technical field of quartz crucible manufacturing, and specifically discloses a quartz crucible melting machine melting intelligent control system, which comprises a precision correction module, a preheating and temperature rising module, a melting and heat soaking module and a clarification constant temperature module. The precision correction module cross- verifies the predicted temperature based on the arc length and power through a dual-color temperature measuring instrument, so as to realize online calibration of the temperature measuring equipment; the preheating and temperature rising module monitors the quartz sand surface temperature rising rate and dynamically controls it; the melting and heat soaking module adopts the polar coordinate grid method to arrange points, judges the heating uniformity of the melt, and identifies local hot spots, local cold spots or overall mode problems, so as to provide clear basis for intervention; the clarification constant temperature module monitors the temperature curve in real time, identifies the fluctuation mode and traces the causes. The present application realizes intelligent temperature control of the whole process, improves the temperature measuring precision, the melt uniformity and the finished product quality, and is suitable for the quartz crucible melting production environment.

The application provides an enrichment and analysis device for detecting carbon components of atmospheric particulate matters, comprising: a tube body, an inner part of which is provided with a sleeve, and the tube body is communicated with a desorption tube and an air outlet tube respectively; the sleeve has a sample inlet and a sample outlet on two sides respectively; a filter membrane and a heating component are arranged at the sample outlet of the sleeve in the sample feeding direction of the particulate matters, wherein the heating component can heat the filter membrane; the desorption tube is communicated with the tube body downstream or upstream of the filter membrane in the sample feeding direction of the particulate matters, and is preferably downstream; the air outlet tube is communicated with the tube body downstream of the filter membrane in the sample feeding direction of the particulate matters. The electromagnetic direct heating mode is adopted, and the cold spots, heat preservation shells and filter membranes in the current structural device which are easy to take out and other components are optimized correspondingly, so that the analysis efficiency is maximally ensured, the transmission loss of substances is reduced, and the sensitivity and accuracy of OCEC measurement are improved.

The invention provides a preparation method of a diillain acetate injection, which discovers that a whole sample can be uniformly heated and almost synchronously enters a sterilization stage through stepped heating, so that the heating time of a product is shortened, and the quality of the product is improved. In the process, the cold point can quickly reach 121 DEG C, so that the heating time of the product can be shortened, and the thermal degradation of the product is reduced.

The invention discloses an integrated quilting-seam-free three-dimensional down-filled down jacket template in the technical field of down jacket templates. The integrated quilting-seam-free three-dimensional down-filled down jacket template comprises a template I, a template II and a template III, wherein the template II and the template III are rotationally connected to the two sides of Wherein a plurality of sets of grooves are formed in the first mold plate, a plurality of sets of protruding blocks corresponding to the grooves are arranged on the second mold plate, a heating press-fit part is arranged on the third mold plate, and the heating press-fit part is correspondingly pressed in the outer side area of the top of the three-dimensional down feather cavity when the third mold plate turns over towards the first mold plate for mold closing. The fabric I, the hot melt adhesive net film and the fabric II are bonded at corresponding positions. According to the down jacket template disclosed by the invention, through the turnover die assembly cooperation of the template I, the template II and the template III and the arrangement of the heating press-fit part, the integrated forming of down jacket cut-parts is realized, a traditional quilting process is abandoned, the problems of cold spots and down penetration from needle holes caused by sewing stitches are effectively eliminated, and the warm keeping performance and durability of the down jacket are improved.

The utility model discloses a heat tracing system in the technical field of flue gas on-line monitoring, which comprises a temperature control box provided with a closed inner cavity; the infrared heating lamp is mounted in the closed inner cavity; the temperature sensor is installed in the closed inner cavity and used for detecting real-time temperature information in the closed inner cavity; the temperature controller is in electric signal connection with the temperature sensor and used for receiving real-time temperature information detected by the temperature sensor, and the temperature controller can control the infrared heating lamp to be powered on and powered off according to the real-time temperature information. According to the utility model, an infrared heating mode is adopted, so that the temperature in the temperature control box can be accurately controlled, the temperature in the temperature control box can be uniformly controlled, and the temperature control box has the advantages of low cost, high heating efficiency, high temperature rise speed, wide heating area and difficulty in generating cold spots.

The invention relates to the field of down jacket sewing processes, in particular to a down jacket continuous W-shaped three-dimensional woven lining cloth sewing process which is used for sewing lining cloth comprising first fabric, second fabric and third fabric, the first fabric and fabric C are located on the two sides of fabric B, and the second fabric is located on the two sides of fabric C; the sewing process comprises the following steps: step A, sewing the edges of a first fabric and a second fabric through a first sewing line; b, the second fabric and the third fabric are sewn at the preset position away from the first sewing line through a second sewing line, and the first sewing line is parallel to the second sewing line; c, the first fabric and the second fabric as well as the second fabric and the third fabric are alternately sewn, so that the first sewing threads and the second sewing threads are alternately distributed; the woven liner cloth can effectively separate down feathers, so that the down feathers are uniformly distributed in each independent space, the stability of the warm keeping performance is greatly improved, and the cold spot phenomenon is eliminated.

The invention provides a printing ink rapid curing device which comprises a box body, a plurality of sliding grooves are evenly formed in the box body, a containing plate is arranged between every two adjacent sliding grooves in a sliding mode, containing grooves used for containing materials are formed in the containing plates, and fixing pieces used for fixing the materials are arranged on the containing plates. According to the rapid curing device for the printing ink, the rotary columns are arranged, the rotary rods rotate to enable the airflow injection heads to rotate, so that the injection directions of the airflow injection heads can be adjusted, and the rapid curing device for the printing ink has the advantages that the rapid curing device for the printing ink is convenient to use; the spraying direction can be changed in a scanning mode or a fixed-point mode, cold airflow covers the width and the length of the whole material, heat islands and cold spots are eliminated, the temperature of the whole breadth is uniform, and the material is prevented from deforming and wrinkling due to uneven cooling.