152results about How to "Avoid heat damage" patented technology

The application provides a PCB connector, which comprises a stabilizing piece, a first pin and a second pin. The stabilizing piece is provided with a mating plane, the first pin penetrates through the PCB to form a bottom soldering area, and the second pin elastically contacts and presses the PCB to form a top contact area. Through a unique spatial layering design, the soldering area and the contact area are arranged in a staggered manner in the vertical direction, synchronous operation of soldering fixation and elastic contact is realized, and this innovative double-area separation structure breaks through the process limitation of traditional connectors, simplifies the complex multi-step installation into one-time plug-in installation, not only saves the circuit board overturning step, but also avoids repeated positioning errors and thermal stress damage, greatly improves the assembly efficiency and ensures the connection reliability. The design is particularly suitable for high-density electronic assembly, and provides a new solution for the compact design of modern electronic equipment.

This utility model discloses a low-temperature high-frequency surgical scalpel, comprising: a handheld part; and a scalpel head body mounted on the handheld part. The handheld part is used to connect a power source, enabling the scalpel head body to perform high-frequency cutting. The scalpel head body includes a blade surface and a cutting edge, with the cutting edge surrounding the blade surface and having a beveled structure. The surface of the blade surface is coated with an insulating coating. This allows for low-temperature, high-efficiency cutting, reducing thermal damage to tissues.

The application provides a microcapsule, a composite fabric, a preparation method of the composite fabric and a summer quilt. The preparation method of the composite fabric comprises the following steps: A1, treating the top surface and the bottom surface of a moisture-permeable layer by using oxygen plasma; A2, adding microcapsules and a crosslinking agent into water to obtain a sticky liquid; coating the sticky liquid on the bottom surface and the top surface of the moisture-permeable layer in a dotted form, bonding the moisture-permeable layer and a moisture-removing and air-permeable layer by taking the top surface of the moisture-permeable layer as a bonding surface, bonding the moisture-permeable layer and a skin-friendly cool layer by taking the bottom surface of the moisture-permeable layer as a bonding surface, drying and hot pressing; the microcapsule comprises a core material and a shell covering the outside of the core material, the core material comprises a glue, and the glue is selected from glue A or glue B or a combination of the two, the glue A is a solvent-free moisture curing reaction type polyurethane hot melt adhesive, and the glue B is an acrylate with an epoxy group and / or a urethane group. The application can guarantee the moisture permeability and air permeability of the composite fabric.

This invention relates to an insulating oil and an oil-paper insulation system containing superhydrophobic nanoparticles, as well as their preparation method and application, belonging to the field of electrical equipment insulation technology. This invention provides an insulating oil containing superhydrophobic nanoparticles, wherein the superhydrophobic nanoparticles are silane-modified nanoparticles, and the nanoparticles include at least one of SiO2, TiO2, and h-BN; the insulating oil includes at least one of mineral insulating oil, synthetic insulating oil, and natural ester insulating oil. This invention achieves the superhydrophobicity of the nanoparticles and good compatibility with the oil phase through silane modification. Adding silane-modified nanoparticles to the insulating oil effectively reduces the water content of the insulating oil and optimizes the interfacial performance of the oil-paper. Combined with the low-temperature, high-efficiency, and uniform rapid impregnation process of this invention, the overall electrical performance and service life of the oil-paper insulation system are significantly improved.

The invention relates to a phase shift mask substrate and a dynamic magnetron sputtering preparation method thereof, a MoSi-based gradient film layer is continuously and dynamically deposited on the substrate, and the method comprises the following steps: carrying out first-stage deposition on the substrate by adopting a molybdenum-silicon alloy target so as to form a transition layer; carrying out second-stage deposition on the transition layer to form a main body functional layer through deposition; and third-stage deposition is carried out on the main body functional layer to form a surface modification layer through deposition, and the MoSi-based gradient film layer is obtained. The invention provides a one-step sputtering deposition method capable of dynamically and accurately regulating and controlling, so that the inherent contradiction between the performance and the stress of a single-layer uniform film is fundamentally solved, and the complexity and the uncertainty of a traditional multi-step process are avoided.

The application discloses a PDC drill bit suitable for continuous and rapid drilling of a limestone stratum and application thereof. The drill bit comprises a drill bit body, the drill bit body is provided with a blade wing, and the blade wing is provided with cutting teeth arranged in double lines. The double lines comprise a main line and a secondary line, the main line and the secondary line are located on the same crown line, the main line is located on an infeed contact surface of the blade wing, and the secondary line is located behind the main line. The cutting teeth comprise plane teeth and flow-passing special-shaped cutting teeth, the main line is provided with main line plane teeth, and the secondary line is provided with flow-passing special-shaped cutting teeth. The flow-passing special-shaped cutting teeth are provided with a through tooth flow passage, and the blade wing is provided with a blade wing flow passage corresponding to the tooth flow passage. The application adopts the same crown line double line tooth arrangement, greatly reduces the impact force on the cutting teeth, and avoids early damage of the cutting teeth. The application is provided with the tooth flow passage and the blade wing flow passage, improves the cooling effect of the cutting teeth, avoids thermal damage of the cutting teeth, prolongs the service life of the cutting teeth, and ensures that the drill bit has continuous aggressiveness.

The utility model relates to the technical field of papermaking mesh production, and discloses a drying device for monofilament papermaking mesh production, which comprises a shell, a cavity is arranged in the middle of an inner cavity of the shell, a motor is fixedly mounted on the rear portion of the inner cavity of the cavity, and a rotating handle is fixedly connected onto an output shaft of the motor through a coupler. The front portion of the rotating handle is movably connected with a traction rod through a shaft, the bottom end of the traction rod is movably connected with a lifting rod through a shaft, the lifting rod is movably connected with the bottom of an inner cavity of the cavity in a sleeved mode, a connecting block is fixedly installed at the bottom end of the lifting rod, and the bottom of the connecting block is movably connected with a stretching roller through a shaft. The stretching roller is driven by the motor to stretch and shake the monofilament papermaking mesh, material shrinkage stress is counteracted, mesh hole blockage and deformation caused by monofilament winding or adhesion are avoided, surface roughness or protrusions are reduced through mesh piece tensioning, the flatness requirement is met, water in the material is migrated through shaking, the water content is reduced, and therefore the needed drying time is shortened. The device working efficiency is improved.

The utility model relates to big pipe frame processing technical field, and specifically is a kind of oil ship big pipe frame anti-toppling tool, including big pipe frame base material, further including clamping plate, two clamping plates are symmetrically installed, and big pipe frame base material is clamped and fixed, inner gasket is fixedly arranged in the inner side of clamping plate, the friction of clamping plate and big pipe frame base material is increased, upper fixed pipe, lower fixed pipe are fixedly arranged in the diagonal outer side of clamping plate, and the upper fixed pipe of same side, lower fixed pipe middle part are slidably inserted with fixed pin, and fixed pin is used to connect two clamping plates, the utility model is fixedly connected by two clamping plates symmetrically clamping big pipe frame base material, and two clamping plates are fixedly connected using fixed pin, form rigid fixing to big pipe frame, prevent big pipe frame from toppling and hurting in the welding process, improve the operation safety, do not need to carry out welding and polishing operation on big pipe frame base material, not only avoid the thermal damage to big pipe frame base material, but also save the process of welding temporary tool and subsequent grinding.

This invention relates to the technical field of oil and gas recovery, and discloses an oil and gas recovery adsorbent regeneration system based on the synergy of thermal desorption and vacuum desorption. The system includes an adsorption tank, a vacuum pump, a heating module, an intelligent control unit, and a water removal module. The intelligent control unit is connected to the adsorption tank, the vacuum pump, and the heating module. The adsorption tank contains adsorbent, and a set vacuum degree is applied to the adsorption tank using the vacuum pump. The heating module heats the adsorption tank using steam or hot nitrogen in addition to vacuum desorption. Vacuum desorption reduces the surface pressure of the adsorbent, lowering the boiling point of the adsorbate. Combined with the high-temperature desorption effect of thermal desorption, this significantly enhances desorption efficiency while reducing energy consumption. The intelligent control unit adjusts the synergistic parameters of temperature and vacuum degree in real time. The system integrates adsorption, desorption, and water removal functions, supports continuous cyclic operation, increases the stability of oil and gas recovery rate, and eliminates the need for manual intervention in the regeneration process.

The invention relates to a solid fuel combustion characteristic test technology, and aims to provide a focusing single particle suspension variable atmosphere ignition combustion experiment device and method. A second microporous plate and a feed hopper are arranged at the top of a combustion chamber main body of the device, and a first microporous plate and a gas buffer cavity are arranged at the bottom; the two laser emitters are arranged in an included angle shape, and the energy of a single laser beam is lower than a fuel particle ignition threshold value; the two paths of laser intersect in the central area of the cavity to form a space energy focus, and the superposed energy of the two beams of laser can be absorbed at the position to reach an ignition threshold value; and light paths of diagnosis equipment in the optical acquisition module are intersected in a focus area. According to the invention, through a strategy of airflow disturbance and microwell plate blocking, particles completely move in airflow; the ignition behavior has spatial selectivity, the success rate is high and controllable, and the research is closer to the actual application scene. Through the design of single-particle fixed-point triggering, the system complexity and the control difficulty can be reduced, and the operation stability and the experiment repeatability can be improved.

This utility model discloses a system for combined denitrification under full-load conditions in a circulating fluidized bed boiler, comprising a wide-temperature-range SNCR denitrification module and a flue gas circulation module. The injectors in the wide-temperature-range SNCR denitrification module are arranged in the inlet flue of the high-temperature separator, the inlet flue of the high-temperature superheater, or the boiler furnace. The flue gas circulation module includes a flue gas circulation header and flue gas circulation branch pipes arranged along the flue gas flow direction. The flue gas circulation header connects to the flue gas circulation branch pipes, which are connected to the air preheater via a primary air fan. The inlet of the flue gas circulation header connects to the outlet of the induced draft fan. This utility model extends the lower limit of the conventional 800~1050℃ temperature window to 650℃. It uses ethanol as a low-temperature additive, resulting in relatively low denitrification costs and convenient ethanol addition and removal. Compared with existing SCR denitrification technology, the system is simpler and more economical. It does not require boiler modification, nor does it require additional denitrification reactors and catalysts, making the system relatively simple and facilitating switching between low-temperature denitrification mode and conventional denitrification mode.

The utility model relates to the field of optics, and discloses a wafer array type multi-wire cutting device which comprises a machine body, and a roller is arranged at the front end of the machine body. The mortar spraying assembly comprises a rectangular box and a connecting arm, the bottom end of the rectangular box is open, and a first spraying unit and two sets of second spraying units are arranged in a cavity of the rectangular box; and a position adjusting unit is arranged between the two second spraying units and the rectangular box and comprises a servo motor, a rotating shaft and a moving seat. The position adjusting unit is arranged between the two sets of second spraying units and the rectangular box, so that the positions between the two sets of second spraying units and the rectangular box can be adjusted, the positions of the two sets of second spraying units are adjusted according to the size of an actual machined part, and it is guaranteed that mortar is reasonably and evenly distributed on the workpiece in the cutting process; and the stability of cutting quality is ensured.

The utility model discloses an inflatable pulp board accessory reinforcing device belongs to inflatable pulp board technical field, this inflatable pulp board accessory reinforcing device, including processing table and the hot -blast rifle of installing at processing table top, the front end of first support is connected with rotating mechanism, the front end mounting of second support has drive mechanism, the front end of second support is connected with reciprocating mechanism, the bottom of reciprocating mechanism is connected with the drum, drive mechanism is used for driving reciprocating mechanism movement, the utility model discloses through rotating mechanism adjustment hot -blast rifle muzzle and the angle and distance between processing table, ensure that hot -blast concentrated effect is in the bonding area, promote heating efficiency and avoid material overheating damage, through drive mechanism with stable mechanical power replaces manual hot -blast rifle and scraper's physical labor, reduce the worker's fatigue while guaranteeing processing rhythm consistency, through reciprocating mechanism drive drum reciprocating sweep, automatically exclude air bubble and compact bonding layer, promote scraping pressure degree and the stability of frequency.

The application provides a method for analyzing a 4H-SiC femtosecond laser processing optimal energy interval, and belongs to the technical field of engineering optics based on computer data processing. First, the evolution of electron density, lattice temperature and electron temperature under irradiation is simulated by constructing a three-dimensional model and an electron density cumulative rate equation and a double-temperature model, so that the lattice modification threshold and the ablation threshold are determined. Then, a plurality of experimental data points are selected in the interval for single-pulse laser processing, the surface morphology, removal depth and removal radius of each data point are counted by using conventional characterization methods, and the accuracy and non-thermal removal threshold of the model are determined by observing the number of surface spatter particles and the flux calculation of the morphology edge. Further, the optimal structure modification energy interval, cold processing interval and hot ablation processing interval of 4H-SiC are determined. The application uses fewer sample damage test times, improves the sample utilization rate, shortens the research period, and accelerates the flux screening of the optimal laser processing.

This utility model discloses a heat regulation mechanism for a calender, relating to the field of calender technology. The key technical points are: it includes a machine body and a pressure roller and a heating roller rotatably connected to the machine body. A guide roller is provided on one side of the machine body, and a contact piece for detecting fabric thickness is rotatably connected to the bottom surface of the guide roller. Extending shafts are fixedly connected to both ends of the pressure roller and the heating roller along their length. A heat insulation sleeve, slidably connected to the outer peripheral wall of the extended shaft and mounted on the outer peripheral wall of the pressure roller, is fitted onto the extended shaft. The hardness of the heat insulation sleeve is less than that of the pressure roller. After the contact piece rotates, the heat insulation sleeve is retracted onto the extended shaft. This utility model reduces the hardness and temperature of the pressure roller and the heating roller by setting a sliding heat insulation sleeve, avoiding heat damage to thinner fabrics caused by high temperatures, and ensuring the yield rate of the fabric after calendering.

The utility model relates to the technical field of solar storage battery temperature control, in particular to a solar storage battery sensing temperature control self-heating system which comprises a protection box, a heating load module is arranged in the protection box, a storage battery is placed in the heating load module, and the storage battery is arranged in the protection box. A pulse generation and control module electrically connected with the heating load module is arranged at one end of the outer side wall of the protection box, and a temperature collection and feedback module is arranged in the middle of the side wall of the heating load module. The pulse generation and control module is combined with the PWM controller, so that the dynamic adjustment of the pulse frequency and the duty ratio is realized, the heating power can be accurately controlled according to the real-time temperature feedback, the energy consumption is obviously reduced, and the system adaptability is improved; a grid frame structure consisting of transverse and longitudinal PTC heating sheets is adopted, and a silica gel heat diffusion layer (the heat conductivity coefficient is greater than or equal to 3W / m.K) is combined, so that rapid and uniform transfer of heat is ensured.

The invention discloses a battery fiber of an ultraviolet curing electrolyte as well as a preparation method and application of the battery fiber. The battery fiber comprises an electrode fiber core, a gel electrolyte layer and a polymer encapsulation layer from inside to outside. The electrode fiber core is formed by twisting and compounding a positive electrode fiber and a negative electrode fiber; the gel electrolyte layer is formed by curing a precursor containing a photocuring monomer, a photoinitiator, a linear polymer and a lithium salt through ultraviolet irradiation. According to the preparation method, a stable gel electrolyte layer is rapidly constructed on the surface of the fiber at normal temperature through an ultraviolet curing technology, so that the potential safety hazard that a traditional liquid electrolyte is easy to leak is solved, an electrode-electrolyte interface is also remarkably optimized, and the interface impedance is reduced. The obtained battery fiber has excellent flexibility, high safety and good electrochemical performance, the slender one-dimensional form of the battery fiber can be directly woven into an intelligent fabric through a textile technology, and an ideal flexible embedded power supply solution is provided for wearable electronic equipment.

The invention provides a gold-plated solder laser deplating recovery method and system based on AI cooperation, and the method comprises the steps: carrying out the multi-modal data collection and AI cooperation modeling of a to-be-machined part, and obtaining a partition characteristic model; laser processing parameters and a laser processing path are generated based on the partition characteristic model, and laser deplating processing is carried out; the method comprises the following steps: carrying out negative pressure adsorption enrichment on noble metal particles through a micro-fluidic chip, and synchronously collecting characteristic spectrum data and temperature data; a laser deplating effect evaluation result is obtained through an AI evaluation model; and performing dynamic fine adjustment on the laser processing parameters according to an effect evaluation result to form closed-loop iteration. According to the application, integrated intelligent cooperation of gold-plated solder deplating detection, process execution and precious metal recovery is realized through cooperative linkage of multi-mode sensing, AI cooperative regulation and control, laser precision processing and micro-fluidic recovery feedback and differential process adaptation; and the plating adaptability of the laser deplating process, the controllability of the deplating process and the high efficiency of precious metal recovery are improved.

The utility model belongs to the technical field of circuit board tin removal and tin soldering equipment, and particularly relates to a heating table which comprises a shell, a heat conduction panel, a first clamping block and a second clamping block, the upper end of the shell is provided with a mounting hole, a heating disc is arranged at the mounting hole, the heat conduction panel is arranged above the heating disc, and the first clamping block and the second clamping block are arranged on the shell. The upper end of the heat conduction panel is provided with a heating position corresponding to the heating disc, heat released by the heating disc can be transmitted to the heating position, the first clamping block and the second clamping block are oppositely arranged on the two sides of the heating position, and the first clamping block can move towards the direction of the second clamping block so that a circuit board on the heating position can abut against the second clamping block. According to the utility model, the circuit board can be in a horizontal state through the arrangement of the step, all positions of the circuit board can be uniformly heated, and the circuit board can be kept stable and the operation accuracy is improved when the electronic component is disassembled or welded and the like through the mode that the first clamping block is arranged to move towards the direction of the second clamping block.

The invention discloses a prepreg tape interlayer modification and enhancement method for automatic fiber laying, and belongs to the technical field of automatic fiber laying. The prepreg tape interlayer modification and enhancement method comprises the steps of online thermal softening, plasma thermal excitation nanometer material dispersion, hot air flow auxiliary deposition and air cooling solidification. Uniform and stable deposition of uniformly dispersed nano materials on the surface of the prepreg tape is realized, and a'physical interlocking 'modified enhanced interface is constructed, so that the interlayer bonding strength of the prepreg tape is improved. The problems that in the background technology, conventional nano modification is prone to particle aggregation, uneven in dispersion and difficult to embed, and an existing modification technology is incompatible with the online high-speed production process of automatic fiber laying are solved.

The invention discloses a laser power automatic adjusting method and system in a remote foreign matter removing process of a power transmission line, and the method comprises the steps: recognizing and positioning a foreign matter through an inspection image, analyzing the spatial position relation between the foreign matter and a power transmission line, preliminarily judging the contact state of the foreign matter, and outputting a contact risk level; analyzing the foreign matter, and constructing an initial thermal coupling risk parameter based on the contact risk level; controlling the laser to perform short-time irradiation on the foreign matter for a preset time length at the tentative power, and synchronously collecting thermal response characteristic information generated by the surface of the foreign matter in the irradiation process; based on the thermal response feature information, comparing with a preset thermal response reference model, dynamically judging the actual thermal coupling state between the foreign matter and the power transmission conductor, and correcting the initial thermal coupling risk parameter in real time according to a judgment result to obtain a corrected thermal coupling risk parameter; and according to the corrected thermal coupling risk parameter, gradually increasing the laser power of the laser to an effective clearing power interval so as to complete foreign matter clearing.

The invention discloses a method for synthesizing intercalated doped graphene at low temperature, which comprises the following steps: S1, providing a semiconductor substrate, forming a copper interconnection structure on the semiconductor substrate, and exposing the surface of the copper interconnection structure and the surface of an insulating medium surrounding the copper interconnection structure together; s2, annealing pretreatment is carried out on the semiconductor substrate, an oxide layer on the surface of the semiconductor substrate is removed, and a catalytic surface is exposed; s3, benzene / acetylene is used as mixed carbon source gas, Ar / H2 is used as auxiliary gas, reaction is carried out at the temperature of 300-400 DEG C, and a plurality of graphene layers selectively grow on the surface of the copper interconnection structure; and S4, performing post-intercalation doping treatment on the graphene layer to form an intercalation doping structure. Graphene selectively grows on the copper interconnection surface at low temperature through the benzene / acetylene mixed carbon source, photoetching or transferring is not needed, and damage to the device structure is avoided; the efficient and stable doping of the multilayer graphene is realized through the gas phase intercalation, the conductivity of the graphene layer is improved, and the reliability of the device is improved.

The application discloses a low-frequency loudspeaker unit power regulation method based on voice coil temperature rise prediction, comprising: obtaining the instantaneous amplitude sequence of an audio input signal and extracting audio signal features; obtaining electrical signal features, voice coil DC resistance and voice coil temperature time series data through a voltage detection circuit and a current detection circuit; constructing a voice coil temperature prediction model to predict the voice coil temperature in the current sampling period in an audio device; obtaining the instantaneous value sequence of back electromotive force, extracting positive and negative half-cycle asymmetry indicators and waveform distortion rate indicators; constructing a voice coil local overheating risk assessment model to judge the local overheating risk grade of the voice coil; using a power regulation strategy to dynamically regulate the power of the low-frequency loudspeaker unit and performing strategy optimization. The application can significantly improve the accuracy and timeliness of voice coil overheating risk identification, effectively avoid the thermal damage problem of the low-frequency loudspeaker unit under large-stroke working conditions, and ensure the stable operation and sound quality performance of the audio device under complex working conditions.

The present application relates to the technical field of home decoration materials, and discloses a high-barrier antibacterial and mildew-proof composite decorative plate, which comprises a substrate and a composite decorative layer, wherein the composite decorative layer comprises, from top to bottom, a protective layer, an inkjet printing decorative layer, a base color coating layer and a modified non-woven fabric layer; the lower side of the composite decorative layer is hot-pressed and combined with the surface of the substrate by means of a formaldehyde-free adhesive. The preparation process comprises the following steps: S1, preparing a composite non-woven fabric; S2, immersing the composite non-woven fabric in a hydrophobic modified slurry for impregnation treatment; S3, drying the modified non-woven fabric; S4, preparing a base color coating layer on the upper surface of the modified non-woven fabric; S5, continuously inkjet printing on the surface of the base color coating layer to form an inkjet printing decorative layer; S6, hot-pressing and combining; S7, low-temperature bonding of a transparent thermoplastic polyurethane protective layer to prepare the composite decorative plate. The present application has the beneficial effects of low formaldehyde content, significantly improved water and moisture resistance, permeation resistance and long-acting antibacterial and mildew-proof properties.

The invention belongs to the technical field of control of intense pulsed light therapeutic instruments, and particularly relates to a control method and system of an intense pulsed light therapeutic instrument based on a neural network model. The method comprises the steps that real-time state information of a to-be-processed skin area of a patient is collected; generating and applying a detection stimulation signal based on the real-time state information; monitoring a patient reaction to form reaction data and generating a state evaluation result based on the reaction data; generating a treatment signal input parameter based on the state evaluation result; outputting a treatment signal to the to-be-treated skin area according to the treatment signal input parameter, and collecting a treatment feedback result after treatment is completed; and updating the neural network model based on the treatment feedback result. According to the invention, a pre-treatment safety screening mechanism is established by applying the detection stimulation signal, the output duration of the treatment signal is dynamically controlled based on the reaction data, and then the neural network model is updated by using the treatment feedback result, so that the improvement of the treatment safety and accuracy and the adaptive optimization of the control method are realized.

The application discloses a kind of heart pacing device with full-automatic magnetic resonance compatibility function, belong to medical instrument technical field, comprising: magnetic field detection module, motion detection module, attitude detection module are respectively used to detect static magnetic field characteristics, motion characteristics and attitude characteristics;Perception detection module, acquisition includes cardiac electrophysiological signal and magnetic resonance interference signal perception signal sequence and carries out perception event identification and signal intensity analysis to determine perception event trigger signal and magnetic resonance scanning active characteristics;Digital signal processing module, based on all characteristics, multi-dimensional physical constraint cascade decision, full-automatic conversion to magnetic resonance mode and output trigger instruction;Charge pump and pacing output module, according to trigger instruction dynamic adjustment pacing pulse timing, based on charge pump adjustment pacing pulse energy, and pulse output path, to avoid rectification effect and direct current component accumulation risk, truly realize full-automatic magnetic resonance compatible safe physiological pacing.

The utility model relates to powder metallurgy equipment technical field, concretely to a kind of powder metallurgy pressing mould ejector rod structure for preventing green compact deformation, including base, the top of base is fixedly connected with mould, the die cavity bottom of mould is passed through and is equipped with several ejection grooves, the outer wall of connecting sleeve is fixedly connected with ejector rod main body, the end of ejector rod main body away from connecting sleeve is fixedly installed with buffer assembly, and the side of buffer assembly away from connecting sleeve is fixedly connected with ejection plate;Beneficial effects are that: after the ejection plate of the equipment setting contacts green compact, movable rod is retracted to the circular groove on buffer casing by reaction force, sliding in shaft cylinder is promoted, and cooperate with connecting hole, through-hole and air exchange hole pressure relief buffer, avoid directly rigid ejection to cause green compact deformation, simultaneously, air exchanged from air exchange hole is connected to sliding base by connecting hole and through-hole, sliding base is air-cooled and radiated, avoid sliding friction temperature rise in sliding groove to cause its thermal damage, prolong its service life.

The utility model discloses a kind of label film coating equipment, it includes: film coating equipment ontology and winding component, the both sides of film coating equipment ontology are connected with long plate, the top of film coating equipment ontology is provided with rolling component, and the front of film coating equipment ontology is equipped with two groups of heating roller;The winding component is set in the middle of the front of film coating equipment ontology to be used for winding label after film coating.The utility model is cooperated by screw hole and threaded plate, realizes the quick installation of label and film, replacement, improves equipment adaptability and operating efficiency, and the heat conduction cylinder cooperates with the indirect heat transfer of self-control temperature heating roller, both ensure the temperature required by film coating, and avoid material high-temperature damage, two groups of heating roller are arranged in inverted triangular gradient, realize step-by-step pressurization film coating, and the serpentine heat dissipation channel formed by round bar and round stick, material cooling time is shortened, effectively avoid the heat accumulation problem caused by straight path, so that the effect of label film coating is better.

According to the patterning annealing method for the trans-structure perovskite battery electrode, the patterning heat insulation sheet is used for applying the high temperature required by annealing to the main grid lines and the fine grid lines, and meanwhile, the perovskite functional layer area is maintained at the low temperature, so that thermal damage is avoided. According to the invention, selective annealing is realized through a physical mode of a light-transmitting area and a heat-insulating area, and the method is an electrode annealing solution which is efficient, uniform, low in cost and easy to integrate to a large-area production line. The annealing time identical to or even longer than that of traditional global annealing is allowed to be used, it is ensured that the silver electrode is fully sintered, the low-resistance, high-adhesive-force and compact electrode is obtained, the large-area xenon lamp is good in illumination uniformity, and the heat insulation sheet with precise positioning is combined; synchronous and uniform annealing of all grid lines of the whole cell can be realized, a high-temperature area is strictly limited in an electrode line fundamentally, the temperature rise of a perovskite layer below is extremely low (can be controlled below 50 DEG C), and the material thermal budget conflict is perfectly solved.

This invention discloses an all-solid-state white laser, belonging to the field of laser technology. The laser includes a pump source for generating pump light and a composite laser gain medium for receiving the pump light. The composite laser gain medium is composed of several laser crystals with a stepped distribution of pump light absorption coefficients and several nonlinear optical crystals arranged in a cross-bonded configuration. A first laser resonator, a second laser resonator, and a third laser resonator are formed by coating the laser crystals and nonlinear optical crystals respectively, enabling them to generate lasers of different wavelengths in the same direction under the action of focused pump light. The first laser output from the first laser resonator, the second laser output from the second laser resonator, and the third laser output from the third laser resonator are mixed in the same direction to generate white light, which is then output. This invention effectively improves the thermal effect inside the gain medium through relatively independent resonators, which is beneficial for obtaining high-quality, high-power white light output.