54results about How to "Uniform and stable heating" patented technology

The invention discloses a graphene heat-emitting film assembly with a single-side far infrared radiation function and a bed warmer based on the graphene heat-emitting film assembly. According to the graphene heat-emitting film assembly of the invention, one surface of a graphene heat-emitting film layer, which is far away an electrode layer, is provided with a far infrared reflecting layer. The graphene heat-emitting film assembly disclosed by the invention has an excellent infrared reflection effect and is more energy-saving; the bed warmer based on the graphene heat-emitting film assembly has the advantages of good heat-emitting stability, high temperature rise speed, uniform heat emission and soft material, and can realize the physical therapy functions of promoting blood circulation, repairing cells, preventing diseases and the like..

The invention belongs to the technical field of titanium sponge production by a magnesium method and in particular relates to a rapidly heating distillation device in a titanium tetrachloride refining process. The invention adopts a technical scheme that: the rapidly heating distillation device in the titanium tetrachloride refining process comprises a distillation still, a distillation tower, a cooler, a respiration tank, a ground tank and a finished product storage tank which are connected with one another sequentially through pipelines. The rapidly heating distillation device has the advantages of raising the temperature uniformly and stably, realizing automation easily, increasing production yield by 30 percent, reducing energy consumption by 15 percent, greatly improving the purity of the products, saving energy and reducing consumption, greatly improving the quality of the products and protecting the surrounding environment, along with simple and rapid operation, stable production, good separation effect and low production cost.

The invention discloses an infrared imaging seeker heat flow imaging test device, which comprises a constant temperature heating chamber, a heat insulation conduit, a nozzle, a multi-channel gas valve, an image acquisition module, and a monitoring module. The multi-channel gas valve is used for mixing different gases. It is output to the constant temperature heating chamber through the conduit; the constant temperature heating chamber is used for constant temperature heating of the gas in the chamber; one end of the heat insulation conduit is connected to the constant temperature heating chamber, and the other end is connected to the nozzle, which is used to insulate and transport the heated gas; the nozzle is used to The gas delivered through the heat-insulated conduit is sprayed to the infrared imaging seeker head cover; the image acquisition module is connected with the infrared imaging seeker to collect and store the image data output by the infrared imaging seeker; the monitoring module is connected to the infrared imaging seeker It is used to observe the infrared image of the infrared imaging seeker in real time. The implementation of the invention can qualitatively simulate the aero-optical effect of the infrared imaging seeker during high-speed flight, and verify the imaging effect of the infrared imaging seeker under the thermal effect condition.

The invention discloses a preparation method of panax quinquefolius raw powder tablets, and belongs to the technical field of health care products. The method comprises nine steps: sorting, cleaning, drying, crushing, grinding, granulating, mixing, tabletting and sterilizing. The panax quinquefolius raw powder tablets do not contain any auxiliary materials; the bioavailability of product is increased; the product is more convenient to use, with longer guarantee period, lower processing cost, good dispersibility, miscibility and absorbability, thus the effective constituents of panax quinquefolius enter human body quickly; the original taste is reserved, and the health care function is increased; moreover, the dosage can be exponentially reduced, thereby effectively increasing utilization ratio of rare resources.

The invention relates to a domestic miniature oil press which is good in cooling effect and safe to use, and an oil pressing method. The domestic miniature oil press comprises a driving mechanism and a pressing mechanism, wherein the driving mechanism provides power for the pressing mechanism; a material to be pressed enters the pressing mechanism and is pressed; the pressing mechanism comprises a heating device and a pressing cylinder; the heating device is in contact with the outer wall of the pressing cylinder, so that the material to be pressed in the pressing cylinder is pressed and heated simultaneously. The invention also provides an oil pressing method. The oil pressing method comprises the following steps of heating the pressing cylinder to the temperature between 100 and 150 DEG C by using the heating device; putting the material to be pressed into the pressing mechanism and pressing, so that the material to be pressed is quickly heated as soon as the material enters the pressing cylinder, and all materials to be pressed can be heated and pressed synchronously. The oil press has the advantages of high oil pressing speed, safety in use, convenience in daily maintenance, and long service life of equipment.

The invention discloses a circulating water bath high-temperature micro etching visualization clamping model and a use method thereof. The model comprises a light condensing cover, a water bath base, a water bath base seal film, an etching glass sheet, an observation glass sheet, a light condensing cover seal film, a bolt, a gland and a nut; the water bath base and the light condensing cover are aligned and are connected through the bolt; the water bath base seal film, the etching glass sheet, the observation glass sheet and the light condensing cover seal film are sequentially placed in a cavity formed between the light condensing cover and the water bath base from bottom to top in an overlaid manner; the gland is mounted below the water bath base through the nut. Through integrated observation and heating functions, the etching glass sheet truly simulates the true seepage dynamic state of the underground oil deposit, and a water bath cavity of a base also can truly simulate various micro experiments at the temperature below 100 DEG C; the water bath cavity can carry out real-time circulation, through the water bath, the whole metal is heated, the metal can make face contact with the etching glass sheet for heating, heating is more uniform and stable, and the simulated site environment temperature is more true.

The invention discloses a continuous annealing acid pickling process of a 04Cr13Ni5Mo super martensitic stainless steel medium plate for water and electricity, and belongs to the technical field of stainless steel heat treatment processes. The process adopts the following sequential treatment processes of direct acid pickling, normalizing treatment, tempering treatment and post-annealing plate acid pickling. By adjusting process routes and optimizing parameters, the pickling frequency of the steel plate is reduced, and the surface quality, the percent of pass and the production efficiency of aproduct are greatly improved. The process is to eliminate earlier-stage outdated processes, a roller hearth type continuous annealing furnace is adopted for continuous annealing, and the production continuity and the stability of the product quality are effectively ensured.

The invention discloses an RCO waste gas treatment multipoint distributed combustion system and an application method thereof, and belongs to the technical field of waste gas treatment equipment. Thesystem comprises a combustion furnace and a gas input pipeline distributed on the outer portion of the combustion furnace. Multiple combustors are distributed in the combustion furnace, meanwhile, distribution plates with through holes evenly formed in the surfaces are arranged between the combustors and catalyst layers, multipoint distributed combustion can be achieved, it is ensured that catalysts are overall heated evenly, and excessive heating and damage are avoided; the service life of catalysts is prolonged; and the system adopts flow direction conversion operation, organic gas in wastegas is converted into CO2 and H2O through catalytic combustion, toxic and harmful waste gas is changed into non-toxic and harmless gas, and therefore pollution is treated.

The invention discloses a method for rapidly non-crystallizing flash hot organic kaolin. The method comprises the following steps: grading raw kaolin powder, performing intercalation compounding withdimethyl sulfoxide to prepare organic kaolin, grinding and drying, spraying the organic kaolin into a vertical heating furnace, and performing rapid non-crystallizing by a flash heating method at a flash heating temperature of 650-1050 DEG C. The non-crystallizing transformation rate is controlled by regulating the flash heating temperature and the material retention time. According to the methoddisclosed by the invention, the non-crystallizing transformation temperature of the kaolin is effectively reduced, and the transformation rate of the non-crystallized kaolin is stable and controllable. The method is simple in process, energy-saving, high-efficiency and high in treatment quantity, and the product quality is stable and uniform.

The invention discloses a heating structure of an annealing furnace. The heating structure is arranged in a furnace, the furnace comprises a shell and three heat-insulation layers, the heat-insulation layers are positioned on the inner wall of the shell, and every two adjacent heat-insulation layers seamlessly tightly cling to each other. The heating structure comprises a plurality of electric furnace heating wire discs and heating wires, the heating wires are in one-to-one correspondence with the electric furnace heating wire discs and are connected with the electric furnace heating wire discs, the group number of heating wires is equal to the number of the electric furnace heating wire discs, and the multiple electric furnace heating wire discs are parallelly arranged along the length direction of the furnace at intervals; each group of heating wires comprises two single wires, the two single wires of each group of heating wires are connected with two ends of the corresponding electric furnace heating wire disc, and the heating wires are mounted in furnace disc holes of the shell and are nickel-chromium wires; a plurality of annealing furnace tubes are further arranged in the furnace, and to-be-annealed wires can pass the annealing furnace tubes. The heating structure has the advantages the inside of the furnace can be uniformly and stably heated, accordingly, the wires can be uniformly and stably annealed, and good stress relief effects can be realized; the inside of the furnace is heated by the nickel-chromium wires, and accordingly the heating structure is low in energy consumption, long in service life and low in cost; the furnace is excellent in heat-insulation performance, and accordingly energy consumption further can be reduced.

The invention relates to a carbon fiber manufacturing assembly line, which comprises a precursor production device, a pre-oxidizing device, a carbonizing device and a graphite device, which are orderly arranged along the assembly line. The pre-oxidizing device comprises a graphite heating holding chamber and traction mechanisms arranged at both ends of the graphite heating holding chamber; the periphery side of the graphite heating holding chamber is provided with a flame source; the carbonizing device comprises a high-frequency sensing heater of which periphery is coiled with a coil; the high-frequency sensing heater is provided with a penetrated dual-layered channel, wherein an inner channel is a fiber channel, and an outer channel is an air curtain channel around the inner channel; thegraphite heating holding chamber is matched with the flame source; the graphite has good heat conductivity, and can play the effect of holding heat, thus the fiber heating is uniform and stable; the high-frequency sensing heater applies the property of conductivity performance of the fiber after pre-oxidizing, thus the fiber in the fiber channel can be heated itself, the main heating object of thepower energy is fiber; the heating object is more targeted, and the energy consumption is greatly reduced.

The invention discloses a heating molding device for cement culvert pipe production and a using method thereof. The heating molding device comprises a support frame and an outer ring heating molding mechanism, wherein the outer ring heating molding mechanism is arranged on the support frame, and an inner ring heating molding mechanism is arranged in the center of the outer ring heating molding mechanism; and the inner ring heating molding mechanism is arranged above the support frame, a moving mechanism is arranged on the lower side of the support frame, and a rotating supporting mechanism isarranged at the upper end of the moving mechanism. According to the heating molding device for cement culvert pipe production and the using method thereof, a cement culvert pipe is driven to rotate during heat setting through rotation of a rotating disc; meanwhile, hot air sources and water mist sprayed out of first spray heads and second spray heads on the inner side and the outer side of the cement culvert pipe are sprayed to the inner surface and the outer surface of the culvert pipe, so that the cement culvert pipe is subjected to water mist curing firstly and then subjected to hot air drying, heating is more stable and uniform, and the shaping efficiency and quality of the cement culvert pipe are improved; and in addition, a supporting box is driven to move through a sliding base, sothat the cement culvert pipe conveniently enters and exits the outer ring heating molding mechanism, and operation convenience is improved.

The invention discloses an infrared radiation temperature control method for a spraying production line, a plurality of catalytic heating plates are arranged in an infrared radiation furnace, any catalytic heating plate is provided with a temperature sensor, and the infrared radiation temperature control method comprises the following steps of: simulation temperature detection, contrast temperature recording, fine adjustment, synchronous temperature rise adjustment, calculation of the temperature regulation coefficient of each catalytic heating plate, catalytic heating plate fine-tuning reference selection, and temperature control. According to the method, temperature control correlation and real-time temperature monitoring of the catalytic heating plates can be achieved, overall temperature control adjustment is carried out through the correlation coefficient, the individual difference of the catalytic heating plates and the furnace chamber temperature difference adjustment requirements are met, the product is heated uniformly and stably, the curing stability of the product is improved, and the qualified rate of the product is greatly improved. And a reflectivity attenuation self-adaptive adjusting function is realized, so that the temperature of the furnace chamber is stable and uniform, the curing temperature is stable, and the phenomena of non-uniform curing and incomplete curing are prevented.

The invention provides an anti-corrosion method of an electrostatic chuck and aims prevent active free radicals from corroding the electrostatic chuck. According to the method, inert gas is introducedinto a channel on the electrostatic chuck. The invention further provides a chamber cleaning method for a plasma processing device. With the method provided by the invention adopted, the problem thatthe adhesion layer of the electrostatic chuck is easily corroded by high-activity free radicals can be effectively solved; the electrostatic chuck can keep a good heat conduction function; and the yield of a manufactured wafer can be obviously improved. A blocking control piece is not needed, and therefore, the process of the method is simple and convenient, and the cost of the method is low; noextra pollution is generated; a protection effect is good; and the service life of a plasma cavity and the service life of the electrostatic chuck can be greatly prolonged.