101results about How to "Control heating time" patented technology

The invention aims to overcome the defects of the existing heating plants, such as a boiler, and to provide a solid energy storage electric boiler and a heat exchanging structure thereof. A heat storage brick is utilized as a heat storage medium for the solid energy storage electric boiler, and a high-capacity heat exchanging structure with a controllable exothermic process. Particularly, the heat exchanging structure comprises a heat storage structure, a heat insulation material layer, a heat insulation wall with holes, a heat exchanger and an outer shell; two ends of the outer shell are provided with air openings; the heat storage structure, the heat insulation wall with holes and the heat exchanger are arrayed in the outer shell; the heat insulation material is placed among the heat storage structure, the heat insulation wall with holes and the outer shell; and the heat exchanging structure also comprises an air door, a fan and a circulation outer air duct.

The invention discloses an infrared radiation ceramic heater, which comprises a quartz outer tube and a quartz inner tube, wherein two ends of the quartz outer tube and two ends of the quartz inner tube are connected in a melted and closed mode respectively; a cavity is arranged between the inner wall of the quartz outer tube and the outer wall of the quartz inner tube and provided with a silicon carbon rod inside; the diameter of a through hole in the middle of the quartz inner tube is more than or equal to the length of the quartz outer tube; electrodes are arranged at the ends of the silicon carbon rod; and a silicon dioxide pad is arranged on the outer wall or the inner wall of the ends of the silicon carbon rod. The infrared radiation ceramic heater is mainly used for medium heating of heaters, can also be used for heating in industrial production, and is particularly applicable to heaters adopting water circulation. The product can directly heat water to make the water temperature rise rapidly, water absorbs heat through the quartz outer tube and the quartz inner tube, the heat efficiency is high, because the infrared radiation rate is larger than 97 percent, the energy consumption is low, and compared with the prior silicon fiber wire heating and electrothermal tube heating, the heating mode saves energy by 38 to 45 percent. The infrared radiation ceramic heater has the advantages of long service life along with thoroughly overcoming the defect of easy failures of electric heating and carbon fiber heating.

The invention discloses a processing technology for improved drill stems. The processing technology comprises the following steps of: cutting out tubes which are identical in length from a seamless steel tube; upsetting heads, including thickening upsetting heads at two ends of the tubes produced in the step A; machining, including rough machining the two ends of the tubes; quenching and tempering; detecting, including performing mechanical property detection on the drill stem which has been subjected to quenching and tempering; straightening; detecting flaws ultrasonically; secondary machining, including cutting an external thread and an internal thread respectively at two ends of the drill stem by a petroleum pipeline threading tool, and measuring taper, thread pitches, screw tightness and thread angles of the threads by a petroleum pipeline measuring instrument; coating; packaging. By adopting the processing technology, the cut threads are small in thread pitch and the surfaces of the threads meets requirements on smooth finish; the processing technology can effectively control heating time and increase of impurities, increases applicability and greatly improves productivity..

The invention discloses a film-coating method for forming gradient colors on a glass surface. According to the method, partial shielding is performed at an upper position of an evaporation source of an electron gun by using a specific color-matching baffle plate, so that two transition gradient colors are formed by a deposition material on the glass surface, and a plurality of gradient effects are formed by adjusting a shape, a size and a shielding position of the color-matching baffle plate. The film-coating method specifically comprises the following steps: S1, selection of a film-coating material; S2, design of a color-matching baffle plate; and S3, optical gradient film-coating. Compared with a traditional gradient color film-coating process, the method is simple and easy to control, and a coating film with a predetermined gradient effect can be formed by only needing to adjust a shape, a size and a shielding position of the color-matching baffle plate, controlling a heating power of the electron gun and a heating time.

The invention discloses a temperature stability control method during the extraction process of traditional Chinese medicines. The temperature stability control method comprises the steps: starting a steam inlet valve on an extraction pot, and adjusting the opening degree of a steam adjusting valve according to a function K=0.18(T-T0)/t*100% so as to guarantee the stability of the temperature rise time; entering an insulation and decoction phase when the temperature in the extraction pot achieves a set extraction temperature, and adjusting the opening degree of the steam adjusting valve according to the difference between the detection temperature TS in the pot and a set insulation and decoction temperature T1 so as to guarantee the temperature stability during the insulation and decoction phase; and finishing decoction when the time of insulation and decoction achieves a set insulation and decoction time t1. Through the above mode, the temperature stability control method during the extraction process of traditional Chinese medicines realizes accurate control of the temperature rise time and the temperature during the extraction process of traditional Chinese medicines, and reduces the difference between batches during the extraction process of traditional Chinese medicines, and can provide a new technology for improvement of quality stabilization of traditional Chinese medicine products and modernization of traditional Chinese medicines.

The invention discloses a control method for a microwave oven. The control method comprises the steps that heating time T is determined in a sectional mode according to the weight W of objects to be cooked, and if the weight W of the objects to be cooked is not larger than first preset weight W1, the objects to be cooked are heated for first preset time T1; if the weight W of the objects to be cooked is not smaller than second preset weight W2, the objects to be cooked are heated for second preset time T2; and if the weight W of the objects to be cooked is within the range of the first preset weight W1 and the second preset weight W2, the heating time is determined according to the weight W of the objects to be cooked. According to the control method for the microwave oven, the heating time is determined in the sectional mode according to the weight of the objects to be cooked, accordingly, the heating time can be reasonably controlled, and it is guaranteed that the temperature of the objects to be cooked is proper after the objects are heated.

The invention provides a thermal history control method for a thermal printing head, a thermal printer and a computer-readable storage medium. The thermal history control method comprises the steps ofreceiving printing data, obtaining image data according to the printing data, obtaining on-off data of a current printing row, a previous printing row and a next printing row of a heating body of thethermal printing head from the image data, determining a driving mode of the heating body according to the on-off data and a truth-value table, and outputting the history data corresponding to the driving mode to the thermal printing head to drive the heating body to operate. By predicting and judging the accumulated heat of a heating element of the printing head in advance and setting and inquiring the truth-value table, the heating time of the heating body can be effectively controlled, so that the printing quality is improved by smooth heating and smooth heat dissipation, a printed font orimage is clearer, and trailing smear is avoided.

The invention provides a efficient titanium and titanium alloy cast ingot short-process precision-forging blank forging process. The process comprises a heating process, a precision forging machine precision forging deformation treatment, an inspection process and a machining process, then a titanium alloy bar material is obtained, wherein the heating process adopts an annular heating furnace, heating of titanium and titanium alloy ingot blanks is achieved through flame heating, three stages of preheating, heating and soaking are adopted to achieve heating in the heating process, the heating temperature of the preheating section is 800+/-50 DEG C, the heating time is 60-70 min, the heating temperature of the heating section is 900-1150DEG C, the heating time is 70-90 min, the heating temperature of the soaking section is equivalent to the heating temperature of the heating section, the soaking time is 60-90 min, the precision forging machine precision forging deformation treatment comprises the steps of carrying out precision forging through a hydraulic precision forging machine and carrying out hammering forging by using four hammers, and the forging time is 10-30 min. According to the process, by adopting the annular heating furnace with an improved heating mode, an annular sectional heating mode is adopted, and the precision forging machine forging deformation treatment is combined, so that the fast, efficient and short-process preparation of the titanium and titanium alloy cast ingots is achieved.

The invention relates to an automatic detection method for broken wires of automobile front windshield wired glass. The method comprises the steps that metal wires in the wired glass are electrified and heated; the surface temperature of the wired glass is measured; and the number of broken metal wires is determined according to the regional temperature difference of the surface. Compared with theprior art, the method provided by the invention has the advantages that the method of surface temperature difference detection is used to infer the number of broken wires; a user does not need to carry out macroscopic observation one by one; the detection efficiency is improved; and the number of missed inspections is reduced; an infrared thermal imager measures the surface temperature of the wired glass; and industrial automatic detection is realized.

Provided are a laser annealing device and a laser annealing method. A general pulse waveform rises sharply from a starting time point of oscillation, shows a peak, and thereafter, decreases gently. At the time point when power shows a peak, the surface of an annealing object is sharply heated and reaches a high temperature. Since time showing the peak is an instant, it is difficult to sufficiently heat a deep region of an annealing object. A laser pulse is emitted from a laser diode when a pulse current is input. An optical system that guides a laser beam emitted from the laser diode to an annealing object. A driver supplies a pulse current that has a time waveform of a top flat and a pulse width of 1 [mu]s to 100 [mu]s to the laser diode.

The invention discloses an integrated device for testing stability of a phase change thermal storage material as well as a method. The device is applied to testing of the stability of the phase changethermal storage material. The device comprises a reaction kettle, a heating/cooling oil bath, an electromagnetic valve, a vacuum pump, a protective gas circulating pump, a protective gas tank, a DSC(differential scanning calorimeter), an X ray polycrystalline diffraction instrument, an infrared spectrometer, a console, a temperature acquisition card and a data acquisition and processing system.The reaction kettle is utilized for providing a test space; the heating/cooling oil bath is utilized for circularly melting and solidifying a material at a constant temperature; the vacuum pump, the protective gas circulating pump and the protective gas tank are utilized for providing a protective gas environment; the console is utilized for controlling a test cyclic process; the temperature acquisition card is utilized for recording temperature variation of the material in the cyclic process; a measuring device is utilized for measuring enthalpy of phase change, a phase change temperature, acrystal structure, a molecular structure and chemical composition of the material after being cycled for multiple times; and the data acquisition and processing system is utilized for processing datainformation returned back by a temperature information acquisition card and the measuring device.

The invention relates to a cooking device and a cooking method. The cooking device comprises a storage mechanism, a calling mechanism, a cooking mechanism, a first conveying mechanism and a second conveying mechanism. The storage mechanism is used for storing a first material box and a second material box. The calling mechanism is in transmission connection with the storage mechanism, and the calling mechanism is used for selectively obtaining the first material box or the second material box from the storage mechanism. The cooking mechanism comprises an operation module and a heating module,the operation module is used for grabbing or releasing the first material box or the second material box, and the heating module is used for heating food materials in the first material box and the second material box. The two ends of the first conveying mechanism are connected with the calling mechanism and the cooking mechanism correspondingly, and the first conveying mechanism is used for conveying the first material box. The second conveying mechanism is in transmission connection with the calling module and used for conveying and recycling the second material box. According to the cookingdevice, automatic cooking of dishes is achieved, and the taste of the dishes is guaranteed.

The invention discloses a heating device for a tea processing technology. The heating device for the tea processing technology comprises an electric heating kettle and a heating device body arranged on the electric heating kettle; the heating device body comprises a heating box body, a sliding plate which is arranged at the bottom end of the heating box body and slidably connected with the heating box body and multiple boiling drawers distributed in the heating box body at intervals from top to bottom; the bottom end faces of the left side and the right side of each boiling drawer are provided with limiting clamping strips in the width direction, and the upper end faces of the left side and the right side of each boiling drawer are provided with limiting clamping grooves matched with the limiting clamping strips in the width direction; a temperature sensor is arranged at the top end of the interior of the heating box body; a controller and a timer are arranged on the outer wall of the top end of the heating box body; a sliding mechanism is arranged at the bottom end of the interior of the heating box body; and the end, located in a fixing groove, of the heating box body, is provided with a vent groove in the length direction of the heating box body. According to the heating device for the tea processing technology, heated tea can be automatically and quickly separated from a heat source, the heated boiling drawers are taken out of the heating box body and do not need to be directly taken out by workers, and the condition that the workers are scalded by high-temperature steam is avoided.

The invention discloses a peeled squid processing device. The peeled squid processing device is a squid pill production device which realizes fish ball continuous production and can effectively remove fish ball slurry adhering to the inner walls of molding grooves. The peeled squid processing device comprises a cabinet, a boiling device, an air feeding chamber, a negative pressure chamber, a feeding basin arranged at the upper part of the cabinet, a pelletizing basin arranged at the lower part of the cabinet and left and right synchronous relative rotation discs in the pelletizing basin. The bottom of the feeding basin is provided with a feeding inlet, the bottom of the pelletizing basin is provided with a discharge outlet, and the peripheral surfaces of the two rotation discs are provided with the matching molding grooves for fish ball molding. The boiling device comprises a circular boiling tank arranged below the discharge outlet and a heating device arranged in the circular boiling tank.

The invention relates to a method for preparing a bismuth oxide-based electrolyte material Bi<1-x>A<x>O<1.5-delta> by utilizing a microwave combustion-supporting method, and relates to the technical field of preparation of bismuth oxide-based electrolyte materials. The chemical formula of bismuth oxide-based electrolyte material is Bi<1-x>A<x>O<1.5-delta>, and the preparation method comprises thefollowing steps: taking bismuth nitrate, nitrate of elements corresponding to A and a complexing agent as reaction raw materials, performing heating and evaporating to form sol, spraying the sol through a spraying machine to form a nano-scale precursor, putting the nano-scale precursor into a microwave oven, carrying out microwave heating and combustion to prepare nano-powder, and finally performing tabletting and sintering to obtain the material. A microwave method and a self-combustion method are combined, and the interior of a reaction system is heated uniformly and rapidly through wave radiation energy during microwave heating combustion supporting, and a combustion reaction can be excited rapidly and comprehensively. The precursor uniformly and quickly generates a combustion reaction,powder can be synthesized at a high temperature in one step, the yield in unit time is high, and a later high-temperature calcination process of a common method is avoided.

The invention discloses a device for producing a cylindrical test piece for a rock and soil test, aims to achieve rapid production of the cylindrical test piece for the rock and soil test through a lever compacting device and an electric heating matched mould device integrating electric heating sheets, overcomes the defects of high labor consumption, long drying time, low production efficiency andthe like during the conventional smashing hammer knocking compaction, and achieves test piece production with high efficiency and low labor consumption. The device for producing the cylindrical testpiece for the rock and soil test comprises a machine frame device, the electric heating matched mould device, the lever compacting device and a timing and temperature control device. The device for producing the cylindrical test piece for the rock and soil test is convenient to operate and easy to maintain, and has a broad application prospect in the production of rock and soil test pieces.

The invention belongs to the field of metallurgy, and particularly relates to an acid pickling method of calcified clinker. Aiming at solving the technical problem, the invention provides the acid pickling method of the calcified clinker. In the acid pickling method, according to the different specific values of acid-soluble vanadium amounts to total vanadium amounts in roasted clinker and ambienttemperatures, the proper temperature rise rate is controlled; thus, the proper liquid-solid ratio of a mother liquor amount to a clinker amount is further controlled and the factors of a pH (potential of Hydrogen) change rate and the like are controlled; and therefore, the acid pickling rate of calcified and roasted clinker is enabled to be up to 95% or above.

The invention discloses an automatic transporter with a high-temperature water channel for sterilization, which comprises a water channel, a transmission conveyer belt, a heater and a motor. The transporter is characterized in that the heater is arranged at the inside bottom the water channel, the water channel is provided with a transmission main shaft, a driven shaft, a steering shaft, a compacting spindle and a fixed support, the external side surface of the water channel is provided with a motor and a transmission system, and the transmission main shaft is connected with the motor by the transmission system. The automatic transporter with a high-temperature water channel for sterilization can perform automatic sterilization and transport on the packed products in the high-temperature water channel; simultaneously, the automatic transporter with the high-temperature water channel for sterilization can improve quality and quantity of the products due to using an automatic transporter to effectively control heating time and temperature.

The invention discloses a heating circulation device of a crack pouring machine for road repair The heating circulation device comprises a heating circulation control box, a bottom plate is arranged at the bottom of the heating circulation control box, a hot oil heating box is arranged on the right side of the heating circulation control box, a return pipe is arranged on the right side of the topof the hot oil heating box, and a hot oil coil pipe is arranged on the right side of the return pipe; a crack pouring glue heating cylinder is arranged on the inner side of the hot oil coil pipe, a glue pump is arranged at the bottom of the crack pouring glue heating cylinder, an exhaust cylinder is arranged on the right side of the top of the crack pouring glue heating cylinder, a driving motor is arranged in the center of the top of the crack pouring glue heating cylinder, and a temperature sensor is arranged in front of the driving motor; and a temperature probe of the temperature sensor extends into the crack pouring adhesive heating cylinder, and a feeding pipe is arranged on the left side of the driving motor. According to the heating circulation device of the crack pouring machine for road repair, the heating time of crack pouring glue is controlled, energy is saved, the crack pouring glue is heated uniformly, and crack pouring is facilitated.

Oxygen stewing separation method and equipment used therefor relates to a method of processing the stalk thread into stalk slurry and the equipment used therefor. The method comprises following steps: a. adding the stalk thread into the oxygen stewing separation equipment; b. preparing auxiliary, which is composed of following components by weight percent: 3-10% of alkali, 70-85% of alkaline hydrogen dioxide, 3-10 of sodium silicate, 0.5-1.5% of grafting starch, 0.5-2% of magnesium sulfate, 5-15% of chlorine-oxygen; c. adding the prepared auxiliary into the Oxygen stewing separation equipment, mixing with the stalk thread uniformly, raising the temperature to boil the stalk thread, making the stalk thread become stalk slurry, in which the reacting temperature is 150-200 DEG C, the reaction time is 100-140 mins/ton, the quantity of the auxiliary is 40-50% of the total weight.

The invention discloses a high-temperature reaction device which comprises a gas control unit, a powder control unit, a high-temperature reaction unit and a receiving unit. The gas control unit controls the speed of gas flow at an inlet of the high-temperature reaction unit. The powder control unit controls the speed of powder entering the air flow. The receiving unit communicates with an outlet of the high-temperature reaction unit to carry out gas-solid separation on reacted materials. Compared with the prior art, the high-temperature reaction device can achieve high-temperature atmosphere continuous heat treatment for powder materials. The gas control unit can adjust the air intake amount in the whole process and then controls the heated time of the powder in the high-temperature reaction unit. After the reaction, the powder enters the receiving unit, receiving is achieved without halting or cooling, and continuous reaction is achieved. In addition, gas generated after the reaction is finished can be rapidly separated from the powder materials through the receiving unit, side reaction can be avoided, and the purity of the powder materials is further improved. The invention further discloses a graphene material production system.

The invention provides a device for detecting the carbon emission of a mixture based on microwave induction, which belongs to the technical field of measurement, and the device comprises a main body,a heating system, a heat system, a measuring system and a ventilating system, and a heating chamber is arranged on the inner wall of the main body; the heating system comprises a heating chamber, a magnetron, an electrical circuit, a waveguide port and a control panel, energy is transmitted to the heating chamber through the waveguide port, the heat system comprises a temperature sensor, a quartzheating tube, an electric glass turntable and a metal net rack, and the measuring system comprises a measuring chamber, an optical filter, an infrared detector and an infrared light source. The ventilating system comprises a draught fan, a first pipeline, a second pipeline and an air outlet pipeline, the two ends of the first pipeline are connected with the draught fan and the heating chamber respectively, the two ends of the second pipeline are connected with the draught fan and the measuring chamber respectively, the air outlet pipeline is formed in the outer wall of the top of the measuringchamber, and the optical filter is a self-disassembling device. The device is fast in heating, accurate in measurement, convenient to use and suitable for measurement of various gases, and data are recorded and the temperature is controllable.

The invention discloses a pre-shrinking machine capable of rotationally switching heating rollers. A tensioning roller is arranged on the lower portion in a machine box in a lifting manner. A pair ofauxiliary rollers is positioned between a pair of conveying driving rollers. A rubber blanket is arranged on the pair of auxiliary rollers, the pair of conveying driving rollers and the tensioning roller. A switching device comprises a pair of front and back supporting plates which are symmetrically arranged front and back. The pair of front and back supporting plates is arranged at the upper partin the machine box in a lifting manner. The pair of front and back supporting plates is positioned on the front and back sides of the rubber blanket. A hollow central connecting column in a regular polygon column shape is rotationally arranged between the pair of front and back supporting plates. Rotary supporting plates are formed at the front end and the back end of each end face of the centralconnecting column correspondingly. A heating roller is rotationally arranged between each pair of rotary supporting plates on the same side. The diameters of the heating rollers are different. The heating roller at the lowermost end downwards presses the part, between the pair of auxiliary rollers, of the rubber blanket.

The invention provides a steel plate heating control method and a steel plate heating control device. The steel plate heating control device comprises a master control unit, an intermediate frequency heating furnace, a proximity sensor and a cylinder, wherein the intermediate frequency heating furnace comprises a working table used for placing a steel plate. The steel plate heating control method comprises the steps: when the steel plate is continuously detected to be placed on the working table for a certain period of time by the proximity sensor, automatically heating the steel plate; when heating is carried out for a certain period of time, controlling a piston to make reciprocating type telescopic movement to enable the steel plate to go beyond the identification range of the proximity sensor, and automatically stopping heating; when the steel plate is continuously not detected for a third set period of time by the proximity sensor, using the master control unit to control the piston to stop making the reciprocating type telescopic movement so as to restore the piston to the original position, and waiting for a next steel plate. The steel plate heating control method and the steel plate heating control device can be used forautomatically heating the steel plate and controlling the heating time.