33results about How to "Strong application prospect" patented technology

The invention provides a hair follicle reconstruction method based on hair follicle stem cells and fibroblast. The method provided by the invention comprises the steps of: (1) culturing and amplifying the hair follicle stem cells; (2) culturing and amplifying the fibroblast; and (3) mixing the amplified hair follicle stem cells and the amplified fibroblast, and inoculating a mixture to a position to be subjected to hair follicle reconstruction. Because the hair follicle stem cells can be passed massively in a long term and the dermis fibroblast is convenient to obtain, the method provided by the invention has very strong actual application prospect and scientific and research potential, is an important method for reconstructing skin and hair follicles in treating large-area skin injury (such burns, scalds and the like), and is also a first choice to testify the hair follicle stem cells in scientific researches.

The invention relates to a skin renewal method. According to the skin renewal method, hair follicle stem cells are used as seed cells and silica gel dressing is used as a new cell transplantation carrier. The skin renewal method comprises the following steps: 1) cultivating and amplifying hair follicle stem cells; 2) cultivating dermal cells; 3) mixing the hair follicle stem cells cultivated and amplified in the step 1) and the dermal cells cultivated in the step 2); 4) dropwise adding mixed cells obtained in the step 3) into silica gel dressing for incubation; and 5) transplanting the cells and the silica gel dressing used in the step 4) to a part required to be subjected to skin renewal. The method provided by the invention not only can renew functional skin in the treatment of large-area skin injuries, but also can provide a simple validation method for the multipotency test on hair follicle stem cells in scientific research activities.

The invention relates to an organic working medium thermal power generation circulating system boosted by the aid of gravity. A working medium outlet of an expansion machine of the system is communicated with a working medium inlet of a condenser via a pipeline, a working medium outlet of the condenser is communicated with an inlet of a liquid storage tank via a pipeline, an outlet of the liquid storage tank is communicated with a working medium inlet of an evaporator via a pipeline, a working medium outlet of the evaporator is communicated with an inlet of a gas storage tank via a pipeline, and an outlet of the gas storage tank is communicated with an inlet of the expansion machine via a pipeline; working medium is an organic matter; the locations of the condenser and the liquid storage tank are higher than the location of the evaporator by 5 meters to 200 meters in a gravity field; and average working temperature of the evaporator is higher than that of the condenser by 30 DEG C to 25 DEG C. A low working condition running characteristic of the organic working medium is combined with the gravity field, required evaporation pressure is provided for the organic working medium by the aid of the gravity, a pump is omitted in total circulation, and the structure is simple; and the organic working medium thermal power generation circulating system realizes simple and high-efficiency conversion between medium and low temperature grade thermal energy and mechanical energy, and has quite high technical feasibility and application prospect.

The invention relates to a preparing method for alloy powder and belongs to the technical field of metal refining. According to the technical purpose to be achieved, the preparing method for the alloypowder is provided and includes the following steps that alkali metal or alkali-earth metal is dissolved into fused salt of the alkali metal or alkali-earth metal, then metal ions of the alloy powderare added, the metal ions are reduced, and the alloy powder is prepared. The preparing method has the beneficial effects that the technology is simple, operation is easy, and the cost is low; and inaddition, the grain size of prepared metal powder ranges from 0.5 microns to 50 microns, the content of O in the powder is as low as 0.05% to 0.1%, and very high feasibility and application prospectsare achieved.

A high-efficiency laser deep penetration welding method for achieving double-side forming of sheet metal through single-side welding is characterized in that a reflection cushion plate is added on the back of the laser welding sheet metal to utilize the reflection cushion plate to reflect instantaneous laser of laser full penetration sheet metal back to a welding area to conduct secondary heating on the welding area to further achieve a double-side forming hourglass-shaped (X-shaped) welding seam through single-side welding. The method is mainly composed of steps of cleaning the surface to be welded, fixing the reflection cushion plate, conducting laser welding on the sheet metal and the like. The method achieves the aim that the single-side welding is conducted on the sheet metal to achieve double-side forming under the low heat input condition, breaks through the defect that the existing sheet laser deep penetration welding can obtain the hourglass-shaped (X-shaped) welding seam only under the high heat input condition, achieves double effects of considering welding seam dynamic performance and controlling heat deformation and heat effects of the sheet and lays a foundation for promotion of wide application of a laser deep penetration welding technology in the sheet metal welding field.

A message sending redundancy dynamic regulation method based on linear network coding comprises the following steps: (1) after a receiving end receives an encoded message from a sending end, the visibility of the original message is judged firstly, and whether the message is an innovative message or not is determined according to the visibility so as to determine whether a corresponding visible message response RACK is sent or not; (2) in the response message, not only the latest and invisible initial word bit numbers of messages in a decoding matrix are fed back, but also the latest, non-contained initial word bit numbers First_Byte_Uninvolved are fed back; (3) firstly the sending end updates and encodes a buffer zone according to received First_Byte_Uninvolved values, and calculates a difference value Gap between the latest First_Byte_Uninvolved and First_Byte_Unseen, and the sending end dynamically regulates a redundancy factor R according to the change of the Gap so as to enable the R to be dynamically matched with a link circuit error code packet loss rate. The method has the advantage of simple principle, solves the matching problem of the redundancy and the link circuit error ratio, and obtains higher throughput and lower average message delay.

The invention relates to a device and method for distributing extrusion materials of a plastic pipe. The device comprises a plurality of raw material boxes used for storing different raw extrusion materials, wherein each raw material box is connected with an automatic metering and discharging device through a feeding device, so that the raw extrusion material in each raw material box is conveyed to the corresponding automatic metering and discharging device; all automatic metering and discharging devices are connected to the feeding opening of the same mixing hopper; the discharging opening of the mixing hopper is connected to a stirring device, so that the mixed raw materials are uniformly stirred; the stirring device is connected to a bin through a conveying mechanism; the bin is connected to each extruder through a connecting guide pipe. The device and the method are high in automation degree, easy to implement and good in use effect, and the production efficiency is improved.

The invention relates to the technical field of polymer materials, in particular to a thermoplastic elastomer material and a preparation method thereof. The thermoplastic elastomer material is mainly prepared from modified halogenated butyl rubber, copolymer nylon 66/6, ternary low-melting-point copolymer nylon, long carbon chain nylon, a main antioxidant and an auxiliary antioxidant. The mass ratio of the modified halogenated butyl rubber to the copolymer nylon 66/6 to the ternary low-melting-point copolymer nylon to the long carbon chain nylon to the main antioxidant to the auxiliary antioxidant is 20-80:10-60:5-30:5-30:0.01-3:0.02-2. Compared with the prior art, the thermoplastic elastomer material has excellent performance, the amount of the long carbon chain nylon needed in the preparation process is small, and production cost can be reduced.

The invention discloses a spherical denitration catalyst and a preparation method thereof, and belongs to the field of catalysts. The preparation method of the spherical denitration catalyst comprisesthe following steps: (1) preparing a precursor salt solution; (2) preparing a precursor; and (3) drying the precursor, and then calcining the dried precursor to obtain a spherical denitration catalyst powder. The invention also discloses the spherical denitration catalyst. According to the spherical denitration catalyst and the preparation method thereof, the preparation cycle is short, and the operation is simple, thus the preparation method can be used for large-batch continuous production; and the prepared spherical denitration catalyst powder has a high low-temperature activity, and has excellent fluidity and dispersibility, so that in overall catalyst coating, increase of coating thickness and load capacity is facilitated.

The invention relates to an implementation method of a high-efficiency Doherty power amplifier based on a switching resonant structure. The switching resonant structure for inhibiting the higher harmonic component of an auxiliary power amplifier is arranged behind the auxiliary power amplifier so that the auxiliary power amplifier realizes class E work; the switching resonant structure comprises a switch, and a resistor, a capacitor and an inductor, the three of which are connected with the switch; an inductance value is optimized to enable a signal to resonate under a fundamental frequency, and therefore, a high impedance characteristic is presented to harmonics and an orthogonal relation between the time domain voltage and the current waveform of an ideal class E amplifier is realized. As a result, the efficiency of the Doherty power amplifier is greatly improved under a high linearity condition. The inductance value of the novel switching resonant structure decides the working frequency thereof; the inductance value in the switching resonant structure is reasonably calculated, and meanwhile, the implementation of a zero-current switch of the class E power amplifier is considered to guarantee the implementation of high efficiency performance of the power amplifier within a working frequency range.

The invention belongs to the technical field of pervaporation membrane separation and in particular relates to a preparation method of a modified organosilicone dephenolized membrane. The preparation method of the modified organosilicone dephenolized membrane comprises the following steps: firstly, mechanically stirring room temperature vulcanization liquid silicone rubber with a solvent until the room temperature vulcanization liquid silicone rubber is dissolved and a transparent solution is formed; then, adding a crosslinking agent and a catalyst, and mechanically stirring for 5-20 minutes, wherein the mass ratio of the room temperature vulcanization liquid silicone rubber to the solvent to the crosslinking agent to the catalyst is 33:60:5:2; then adding oleic alcohol the mass of which is 1%-5% of that of the room temperature vulcanization liquid silicone rubber, mechanically stirring for 2-10 minutes, and uniformly mixing; and finally, casting the obtained solution on a supporting basement membrane to form a membrane, standing at room temperature for 4-5 hours, and then drying the membrane in a vacuum drying oven at the temperature of 60-80 DEG C for 8-12 hours. A preparation process of the modified membrane is simple and easy, and the obtained membrane has good comprehensive performance of separating phenol from water when being used for separating a phenol/water mixture; permeation flux of the membrane can be 526g.m<-2>.h<-1>, and a separation factor of the membrane can be 8.63; great potential in industrialized application is shown.

The invention discloses a high-linearity Doherty power amplifier implemented by a double-negative ferroelectric material. The high-linearity Doherty power amplifier comprises a main power amplifier module and an auxiliary power amplifier module which are connected in parallel, wherein an input end of the main power amplifier module corresponds to an input end of the Doherty power amplifier; an output end of the auxiliary power amplifier module corresponds to an output end of the Doherty power amplifier; a phase-shifting module is connected in series between an input end of the auxiliary power amplifier module and a main input end of the Doherty power amplifier; a double-negative ferroelectric structure for compensating for AM-PM distortion of the auxiliary power amplifier module under a high power condition is connected in series between an output end of the main power amplifier module and a main output end of the Doherty power amplifier; and an adjustable direct-current bias is introduced into the double-negative ferroelectric structure. Through adoption of the high-linearity Doherty power amplifier, an electromagnetic bandgap property and a slow-wave effect of the double-negative ferroelectric material structure are utilized, so that a required phase can be obtained by adjustment of the double-negative ferroelectric structure.

The invention belongs to the technical field of membrane preparation and particularly relates to a method and a device for preparing a lipid bilayer membrane in situ in a liquid phase. Different from the common vesicle fusion method, the in-situ high-temperature vesicle fusion method adopted by the invention is characterized in that: 1, a sample introduction device is designed by combining an atomic force microscope (AFM) liquid tank needle holder to prepare a bilayer membrane in situ on a sample table; and 2, the fusion process is implemented at the temperature higher than a room temperature, so the process is accelerated. The formed bilayer membrane can be used for the observation of and study on an atomic force microscope (AFM). The method not only enables the forming process and surface topography of the membrane to be monitored by the atomic force microscope in real time, but also can change the liquid-phase environment of the membrane in situ by controlling the sample introduction device so as to control chemical and physical adsorption, chemical reactions, crystal growth and the like on the surface of the membrane. The method also can be used for preparing and modifying other amphiphilic membranes.

The invention discloses a post-distortion linearized Doherty power amplifier based on a ferroelectric capacitor. The power amplifier comprises a main power amplification module and an auxiliary power amplification module which are connected in parallel, wherein input ends of the main power amplification module and the auxiliary power amplification module are taken as a total input end of the Doherty power amplifier; a phase shift module is connected in series between the input end of the auxiliary power amplification module and a part input end; a phase shift module is connected in parallel between an output end of the main power amplification module and an output end of the auxiliary module; the output end of the main power amplification module is compensated by the phase shift module and then synthesized with the output end of the auxiliary power amplification module to form total output; the ferroelectric capacitor is connected in series between the input end of the auxiliary power amplification module and the phase shift module; and the ferroelectric capacitor is connected to an adjustable direct-current bias voltage. The power amplifier disclosed by the invention is characterized in that the direct-current bias voltage of the ferroelectric capacitor is changed, so that source-pull matching of the auxiliary power amplification module can be adjusted, and thus gain-compression distortion compensation can be implemented to main power amplification output.

The invention relates to a preparation method of a modified polyurethane-organosilicon double layer pervaporation membrane, and relates to the field of pervaporation membrane separation. The pervaporation membrane comprises two layers; an organosilicon film layer is a surface layer, a polyurethane film layer added with a modifier is a sub layer; (1) the polyurethane film layer is prepared as follows: polyurethane PU particles are put in solvent DMAc to obtain a solution, the mass of the PU particles accounts for 10% of the total mass of the solution, the modifier is added, and mechanically stirred to dissolve; and the film is formed by curtain coating and then dried; (2) the organosilicon film layer is compounded as follows: PDMS is added to a solvent, and cross-linking agent tetraethoxysilane and catalyst dibutyltin dilaurate are added, and stirred at 30 DEG C for 10-15min to dissolve until the mixture is viscous; and a casting solution is scraped on a the modified PU film prepared in the (1), statically placed at room temperature and dried. The modified polyurethane-organosilicon double layer pervaporation membrane has good separation performance for phenolic compounds in water. Both the permeation flux and the separation factor are improved, compared with that of unmodified PU film and a single layer PU membrane.

An emitter for nickel isotope analysis of trace samples, its preparation and application are provided, wherein: the emitter is a zirconium hydrogen phosphate emitter; and the zirconium hydrogen phosphate emitter specifically comprises a zirconium hydrogen phosphate suspension and phosphoric acid solution as an auxiliary material. To prepare the zirconium hydrogen phosphate suspension, the zirconium hydrogen phosphate powder must be washed alternately with hydrochloric acid and high-purity water 3 to 4 times to reduce the sample loading blank. The application specifically relates to analytical method, specifically using zirconium hydrogen phosphate suspension as a high-sensitivity emitter to enhance the ionization efficiency of nickel samples, while using phosphoric acid solution to assist ionization, and using high-purity tungsten filament as the sample carrier to determine trace nickel isotope method.

The invention discloses a circuit structure for on-board microwave transceiving modules. The circuit structure comprises a microstrip board and a plurality of layers of printed circuit boards; the printed circuit boards are disposed under the microstrip board layer by layer; each printed circuit board is provided with a plurality of ground holes; the ground holes of every two adjacent printed circuit boards correspond to one another. The invention further discloses a manufacturing method of the circuit structure. The circuit structure has good performances and is easy to manufacture and low in manufacturing cost.

The invention designs a method for preparing an antifouling anti-corrosion functional microcapsule based on a Pickering emulsion, and belongs to the technical field of materials. The method is characterized in that the microcapsule is prepared by combining the Pickering emulsion and a solvent evaporation process; the surface of the microcapsule is modified by a chemical reaction between an antifouling agent and nanoparticles to allow the microcapsule to have antifouling and anti-corrosion functions; and the microcapsule can be widely applied in self-repairing coatings in the marine field. In addition, the method can be further developed to prepare different multifunctional microcapsules, and has a potential application prospect in the fields of food, cosmetics, and medicine.

The invention relates to a high-efficiency three-way Doherty power amplifier based on a power division ratio and a phase adjustable bridge, which belongs to the field of microwave circuits, and comprises a main power amplifier module (1), an auxiliary power amplifier module (2), an unequal power division module (3), a phase power division adjustable bridge (4) and a phase shift module (5), the main power amplifier module 1 comprises a first main power amplifier and a second main power amplifier which are connected in parallel. The output end of the unequal power division module is connected with the first main power amplifier and the input end of the phase power division adjustable bridge (4). The output end of the phase power division adjustable bridge (4) is respectively connected with the input ends of the second main power amplifier and the auxiliary power amplifier; and the output ends of the first main power amplifier and the second main power amplifier are compensated by the phase shift module (5) and then are combined with the output end of the auxiliary module (2) to form a total output end.

The invention discloses a straight sliding type escaping chute device for a high-rise building. The device is placed on the roof of the high-rise building, is used for evacuating persons on the roof in case of emergencies and comprises a storage box, an air blower, an inflatable chute and a ground fixing mechanism; the storage box is fixed on the roof of the high-rise building; under normal conditions, the inflatable chute is placed in the storage box; in case of the emergencies, the inflatable chute is taken out of the storage box, the upper end of the inflatable chute is connected with the storage box, the bottom of the inflatable chute is connected with the ground fixing mechanism, then the inflatable chute is inflated by the air blower and forms an inclined chute for connecting the roof and the ground, and the to-be-evacuated persons can slide downwards along the chute. Compared with the prior art, the device has the advantages of being simple in structure, convenient to use and the like.

The invention discloses a manufacturing method of a thin-wall sleeve shell. A clamping part with the thick wall is arranged at one end of the thin-wall sleeve shell and used for clamping in the machining process and cutting off after machining, the influence of the elastic force of a mandrel on stress deformation of the inner hole face of a workpiece is reduced, manufacturing and machining of sleeve shell parts with the great outer diameter wall thickness ratio and the large length-diameter ratio are achieved, precise machining of ultra-thin-wall-thickness sleeve shell parts can be achieved, high stability is achieved, batch manufacturing can be achieved, stable size precision and surface quality can be provided, and high operability and application prospects are achieved; and an external supporting sleeve is further arranged on the outer side of a part blank machined into the thin-wall sleeve shell for clearance/interference/transition fit, so that external supporting can be effectively provided for the sleeve shell, and the machining precision can be improved.

The invention relates to the field of soft package product measuring equipment and particularly relates to a knitting process finished product suspension durability testing device and method. The device comprises a support table, a deformation detection mechanism which is arranged on the support table and is used for detecting the deformation of a soft package product to be measured, and an electronic scale which is arranged on the support table and is used for weighing the soft package product to be measured, wherein the deformation detection mechanism comprises a tension meter for applying tension to the soft package product to be detected, and a timer for timing the working state of the tension meter. The testing device and method have the advantages of simple structure, novel and reasonable design, convenience in use and low cost, the durability of a knitting process semi-finished product sample during stretching and hanging can be tested, so the stretching recovery performance ofthe sample can be conveniently counted and mastered, a process finished product better meets the requirement of a soft packaging environment, the practicability is high, and the application prospect is good.

The invention relates to a predistortion Doherty power amplifier based on a variable capacitance diode loading composite right/left hand transmission line, and belongs to the field of microwave circuits. The powe amplifier comprises a power divider, a predistortion module, a main power amplifier module, an auxiliary power amplifier module and a phase shift module; the input end of the power divider is a total input end, and the output end of the power divider is respectively connected with the input ends of the pre-distortion module and the main power amplifier module; the output end of the pre-distortion module is connected with the input end of the auxiliary power amplifier module; the output end of the main power amplifier module is connected with the phase shift module, and then the output end of the main power amplifier module and the output end of the auxiliary power amplifier module are combined into a total output end. According to the invention, the gain compression characteristic of the auxiliary power amplifier is well compensated, the phase distortion of the main power amplifier and the auxiliary power amplifier is corrected, the nonlinear distortion of the auxiliary power amplifier can be flexibly improved, and the linearity of the whole Doherty power amplifier is improved.

The invention provides a template-method dyeing method for metal surfaces. The method includes the steps that a metal workpiece is polished with abrasive paper to be smooth; the metal workpiece is placed into ethyl alcohol-acetone mixing liquid after washed with water so as to be subject to ultrasonic treatment; then the metal workpiece is placed into electrophoresis liquid after washed with water, and electrophoresis is carried out with the metal workpiece as a positive pole and stainless steel as a negative pole at the normal temperature, wherein the voltage ranges from 1 V to 50 V, and the electrophoresis time ranges from 1 min to 60 min; the metal workpiece obtained after electrophoresis is directly placed into corrosion liquid -to be corroded for 1 min to 120 min; the corroded metal workpiece is thoroughly washed with water, dried and placed into dye liquor to be soaked for 1 min to 30 min, and then the metal workpiece is taken out, thoroughly washed with clean water, and placed into boiling water for hole sealing for 10 min to 30 min; and then the metal workpiece is taken out and dried, and finished products are obtained. By means of the dyeing technology, according to the design of characteristics of most of metal, the beneficial effects of being simple in processing technology, low in temperature, environment-friendly, less in energy dissipation, high in efficiency and even and abundant in color are achieved, and the wide application prospect is achieved.

The invention discloses a method for analyzing the sulfur-containing compound in liquefied gas. The method adopts a gas chromatography-sulfur chemiluminescence detector, and comprises: (1) sample collection; (2) sample determination: feeding liquefied gas in a liquid state into a gas chromatograph through a high-pressure liquid sample injection valve, and obtaining a sample detection spectrum through a sulfur chemiluminescence detector; (3) qualitative analysis: comparing the sample detection spectrum to the sulfur standard substance retention time database obtained under the same sample determination chromatography conditions, and determining the type of the sulfur compound in the liquefied gas according to the retention time; and (4) quantitative analysis: selecting an organic sulfide asan external standard substance, determine the quantitative response factor under the sample determination chromatography conditions, integrating the peak area of the sulfur compound in the detectionspectrum, and obtaining the sulfur content corresponding to the peak area of the sulfur compound according to the quantitative response factor. According to the present invention, with the method, thecontent and the composition of the sulfur-containing compound in the liquefied gas can be accurately analyzed, and the accuracy of the quantitation is high.

The invention discloses a formula and a preparation method of marble saw mud flotation oxides. The preparation method comprises the following steps: S1, preparing a mixed material; S2, conducting heating and saponifying: firstly, weighing a certain amount of the mixed material A, putting the mixed material A into a reaction kettle, and then sequentially and separately adding water and solid sodium hydroxide; and S3, compounding a mixed fatty acid and a surfactant: in a reaction kettle, adding terpilenol, a TX emulsifier and sodium carbonate into the mixed material B in proportion, and conducting stirring for one hour at the temperature of 95 DEG C. A reagent in the formula is good in water solubility, good in dispersing effect and high in collecting capacity, so that the collecting performance of the agent is improved, agent consumption is reduced, and the flotation cost is saved; and the reagent in the formula is good in selectivity, the whiteness of flotation products is improved, and the advantage of performance complementation of high-carbon-chain fatty acid and low-carbon-chain fatty acid is fully exerted by utilizing the performance characteristics of the high-carbon-chain fatty acid and the low-carbon-chain fatty acid. The reagent in the formula is suitable for high-concentration fine fraction flotation, the flotation efficiency is improved, and huge economic benefits are brought to enterprises.

The invention relates to a pipeline safety comprehensive supervision method in combination with spatial information. The method comprises the following steps: a step of constructing a pipeline safety supervision knowledge graph, namely a step of collecting pipeline data according to a pipeline safety comprehensive supervision business process, performing knowledge modeling and knowledge extraction on the collected pipeline data to construct the pipeline safety supervision knowledge graph, performing extraction and conversion on the collected pipeline data to obtain pipeline space data and attribute data in the pipeline safety supervision knowledge graph complement each other, and forming the knowledge graph fusing the pipeline space data, the pipeline attribute data and each piece of pipeline business data; and a step of a data query or data analysis, namely a step of receiving a pipeline safety comprehensive supervision service instruction, performing data query or data analysis operation in the knowledge graph according to the service instruction, and returning a service analysis result to the user side in a visual form. According to the method, underground pipeline multi-source resource information integration is effectively promoted, pipeline safety comprehensive supervision services are organized in order, and the method has a relatively strong application prospect.

The invention relates to a star sensor optical axis thermal drift evaluation method used in a vacuum cryogenic environment, and belongs to the technical field of optical instruments. The method comprises the following steps: installing a tested product in an external heat flow simulation system, and carrying out external heat flow simulation implementation on a tested star sensor according to a space external heat flow condition needing to be simulated; starting the star sensor, realizing simulation of external heat flow under different working conditions by controlling the working condition parameter setting of the external heat flow simulation system, and simultaneously collecting four elements of the attitude of the star sensor under different working conditions; k-order polynomial fitting is carried out on the attitude quaternion of the tested product collected in the testing process, and the k-order polynomial fitting is used as a theoretical value of the attitude quaternion; and carrying out cross multiplication on the attitude quaternion of each sampling point and the fitted attitude quaternion, and calculating an error quaternion. The optical axis thermal drift index evaluation problem of the star sensor in the ground environment is solved.

The invention relates to the technical field of pressure dies, in particular to a heating processing device and a processing technology for manufacturing the pressure dies. The heating processing device comprises a workbench, an electromagnetic induction heater and a station, wherein the electromagnetic induction heater is arranged on the workbench, and the station is arranged on the workbench and is used for holding the pressure die to be heated; heat treatment is carried on the pressure die to be heated through the electromagnetic induction heater, and the inner diameter of an inner cavity of a die sleeve in the pressure die is larger than the outer diameter of a die core by virtue of heat expansion and contraction principle, so that the die core is inserted into the inner cavity of the die sleeve or the die sleeve and the die core in interference fit are separated from each other. According to the heating processing device and the processing technology for manufacturing the pressure dies, the structure is simple and compact, and the design is novel and reasonable; the electromagnetic induction heater is used for carrying out heating treatment on the die sleeve of the pressure die, so that high heating speed is achieved, smooth and continuous temperature distribution change of the inner wall of the die sleeve of the pressure die is ensured, thus achieving small temperature difference, uniform heating and easy control so as to be suitable for manufacturing large-batch pressure dies; in addition, the manufacturing can be completed by a single person, thus improving the production efficiency and quality of the pressure dies and having strong practicability and good application prospect.