16results about How to "Smooth migration" patented technology

The invention discloses a cross-domain parallel strategy generation technology based on constraint guidance and redundancy calculation, and aims to research how a cross-domain distributed calculation framework dynamically generates a cloud edge end cross-domain training parallel strategy. The method comprises the following steps: firstly, researching a runtime parallel plan regeneration mechanism, fitting cloud edge end environment change to reduce a search space by constructing a constraint model and a performance model, and applying an optimized graph matching algorithm to obtain final runtime matching; and secondly, researching a parallel execution mechanism of multiple parallel plans during operation, determining a specific switching plan by constructing a video memory constraint and parallel coverage model, obtaining a new Micro-Batch parallel plan, and completing switching and execution of the related parallel plans. Through the mechanism, the parallel strategy generation is dynamically and quickly generated according to the dynamic change of the environment, the strategy search time is shortened, the switching influence is reduced, and the dynamic nature of the cloud edge end computing environment is effectively dealt with.

The invention relates to the technical field of electrolyte preparation, and discloses a lithium ion battery electrolyte capable of ensuring low-temperature discharge characteristic, which comprises the following components in percentage by mass: 25% of propylene carbonate (PC), 35% of dimethyl carbonate (DMC), 20% of gamma-butyrolactone (GBL), 20% of ethyl acetate, 1.0 mol / L of lithium salt bis (trifluoromethanesulfonimide) (LiTFSI), 3% of additive 1, 3-propane sultone (PS) (mass fraction: 0.1% of sodium hydroxide (mass fraction: 0.1% of sodium hydroxide), and the balance of water. According to the present invention, the low temperature performance of the solution is improved, the unique solvent formula and the unique solvent ratio enable the electrolyte to have good fluidity in the low temperature environment, and the freezing point of the electrolyte is effectively reduced so as to ensure that the lithium ions can smoothly migrate between the electrodes at the low temperature, such that the lithium ion battery performance is improved, and the lithium ion battery performance is improved. The discharge performance of the battery under a low-temperature condition is obviously improved, and the application scene of the lithium ion battery is expanded.

The present application relates to the preparation method of thick polycrystalline diamond compact for oil and gas drilling, which comprises the following steps: mixing two or more kinds of diamond powder with impurities removed; sand blasting the cemented carbide substrate; sequentially loading the impurity storage layer, the diamond powder mixture layer, the low-melting-point metal sheet, the cobalt sheet and the cemented carbide substrate into a high-temperature-resistant metal cup; placing the high-temperature-resistant metal cup into a synthetic block and then into a six-surface press; performing two-stage high-temperature and high-pressure sintering, wherein the first stage is sintering at a pressure of 5.5-5.8 GPa and a temperature of 800-1300 DEG C for 60-150 seconds, and the second stage is sintering at a pressure of 6-8 GPa and a temperature of 1490-1580 DEG C for 450-700 seconds; and taking out at room temperature and normal pressure. The impurity storage layer, the low-melting-point metal sheet and the cobalt sheet are arranged, and the high-temperature and high-pressure scanning sintering method is adopted, so that the thickness of the diamond layer reaches 3-4 mm after sintering, and the service life is greatly prolonged.

The present application relates to the technical field of lithium ion battery additives, and provides a lithium supplement additive, which includes α-crystalline lithium nitride and / or β-crystalline lithium nitride. The lithium supplement additive provided by the present application has a high lithium ion conductivity of pure α-crystalline lithium nitride, which is conducive to the release of lithium ions, a high lithium ion migration energy barrier of pure β-crystalline lithium nitride, and a high decomposition voltage, which makes the migration of lithium ions in the battery system more stable, and the mixed crystalline lithium nitride contained has reduced activity, which can avoid the reaction with widely used N-methylpyrrolidone (NMP) and polyvinylidene fluoride (PVDF) in the homogenization process, and has good stability. Therefore, when the lithium nitride provided by the present application is used as a lithium supplement additive, the lithium nitride can supplement the lithium ions consumed by the negative electrode to form the SEI film during the first cycle of charging of the battery, so that the lithium ions in the battery system remain abundant, improve the first charging efficiency and overall electrochemical performance of the battery, and the voltage changes steadily during the charging process.

The application provides an automatic rearrangement method and device for formula numbering, and relates to the technical field of data processing. A document corresponding to a historical version formula and a document corresponding to a current version formula are obtained. A feature index model of the historical version formula is constructed based on the document corresponding to the historical version formula. The historical version formula is taken as a formula library, the document corresponding to the current version formula is traversed, and based on the feature index model, retrieval is performed in the formula library, and a matching result of each current version formula is output. In response to the matching result being no matching, a formula comparison intelligent agent is called to analyze the unpaired current version formula, and an unpaired formula processing result is output. The matching result of each current version formula and the unpaired formula processing result are integrated to generate a structured comparison table. The structured comparison table is checked, and after the check is correct, the formula numbering of the historical version formula is rearranged based on the remaining valid information in the structured comparison table.

The invention relates to the field of ionic conductors, in particular to an ionic conductor ceramic material and a preparation method thereof, and the ionic conductor ceramic material comprises Na2CO3, MgCO3, Zr02, NH4H2P04 and Si O2. The preparation method comprises the following steps: mixing the Na2CO3, the MgCO3, the Zr02, the NH4H2P04 and the SiO2 to obtain a first mixture; adding a dispersing agent into the first mixture, and carrying out first ball milling to obtain a second mixture; pre-sintering the second mixture, and carrying out a preliminary reaction to obtain a pre-sintered second mixture; carrying out secondary ball milling on the pre-sintered second mixture to obtain a second mixture subjected to secondary ball milling; and sintering the second mixture after the second ball milling to obtain the ionic conductor ceramic material. According to the prepared ionic conductor ceramic material, the conductive efficiency is improved, and meanwhile, a high-purity material can be obtained.

The present application relates to the field of environmental monitoring and remote sensing information processing technology, and discloses a method and system for predicting the concentration of nutrient salts in a breeding area coupled with remote sensing data. The method comprises: constructing a physically constrained ecological hydrodynamic model to generate synthetic remote sensing-nutrient salt pairing data; fusing multi-source remote sensing and measured data to form a high-dimensional feature tensor; separating breeding sensitive features and environmental interference features through an attention-guided domain-invariant feature decoupling network; transferring prior knowledge of the source domain large-scale breeding area using a dynamic weight cross-domain knowledge distillation architecture; and finally outputting real-time high-precision nutrient salt concentration distribution through a lightweight regression head and time series smoothing. The system includes corresponding functional units. The present application improves the prediction accuracy and stability in small sample scenarios, suppresses negative transfer, and provides support for precision breeding and eutrophication early warning.

The invention discloses a spiral and contraction-expansion coupled micro-channel, which is formed by coupling a spiral micro-channel and a contraction-expansion channel according to three different forms of single-side coupling, double-side coupling or staggered coupling, and is provided with a sample inlet and two outlets, the initial radius of the spiral and contraction and expansion coupling micro-channel is 3-5 mm. The invention further discloses a flexible microalgae sorting method based on the spiral and contraction-expansion coupled microchannel. According to the spiral and contraction-expansion coupled micro-channel provided by the invention, the problems that a traditional microalgae cell sorting method is greatly influenced by environmental conditions and growth states, the sorting speed is low and professional experimental equipment is needed are solved.

The invention provides a data migration method, system and device based on cloud native, and belongs to the technical field of data processing.The method comprises the steps that service operation parameters are obtained and set; starting the service according to the service operation parameters; the service obtains subscribed to-be-migrated data, and after the subscribed to-be-migrated data is obtained, the service migrates the to-be-migrated data to a designated position; when the service fails to acquire the subscribed data to be migrated, acquiring the subscribed data to be migrated again until the service acquires the subscribed data to be migrated; and when the service fails to migrate the to-be-migrated data to the specified position, the service migrates the to-be-migrated data again until the to-be-migrated data is migrated to the specified position and updates the data state. According to the data migration method based on the cloud native, high-stability and consistent migration of the data is realized, the integrity of the data is ensured, and meanwhile, repeated acquisition of the data is avoided.

The invention discloses heat transfer film production equipment, and belongs to the technical field of heat transfer film production. In order to solve the problem that existing equipment is troublesome in post-treatment of formed products, the following technical scheme is provided: the production and synthesis device comprises a feeding unit, a production and synthesis unit and a post-treatment unit, the post-processing unit is composed of a rack, a first guide roller, a second guide roller, a grinding roller, a slitting assembly, a conveying assembly, a cut-off mechanism, an adsorption mechanism, a collecting mechanism and a driving mechanism. The post-processing unit is arranged at the discharging end of the production synthesis unit, so that produced and formed products directly enter the post-processing unit to be cut, and the trouble of manual carrying and configuration of related auxiliary equipment in the production process of the products are avoided; and linkage of the cut-off mechanism and the adsorption mechanism is achieved through the driving mechanism, so that the cut objects are stably and rapidly collected and stacked in the collecting mechanism, and the collecting efficiency of products is improved.

This invention provides a gas dehumidification device and production system. The gas dehumidification device includes an aerogel permeable membrane unit and a driving unit. The aerogel permeable membrane unit includes a dehumidification chamber and an aerogel permeable membrane disposed in the dehumidification chamber. The aerogel permeable membrane divides the dehumidification chamber into a first dehumidification chamber and a second dehumidification chamber. The first dehumidification chamber includes an inlet for the gas to be dehumidified, and the second dehumidification chamber includes an outlet for the dehumidified gas. The driving unit includes a driving inlet, and the outlet for the dehumidified gas is connected to the driving inlet. This device allows the gas to be dehumidified to pass through the aerogel permeable membrane in the dehumidification unit, and the water vapor migration is completed by the hydrophobic selective structure, avoiding the problem of periodic replacement required by traditional adsorption dehumidification, which is beneficial for achieving continuous dehumidification. In addition, the connection with the driving unit can form a controlled negative pressure environment on both sides of the membrane, which enhances the driving force for water vapor migration, thus improving dehumidification efficiency and controllability. The overall structure is simple and has low energy consumption.

The invention discloses an ancient house transferring, positioning and stabilizing device, and relates to the technical field of ancient buildings, the ancient house transferring, positioning and stabilizing device comprises two groups of main bearing bases which are symmetrically arranged, the left and right side ends of the two groups of main bearing bases are fixedly connected with reinforcing connecting pieces, and the side ends of the reinforcing connecting pieces are fixedly connected with cross rods; an L-shaped connecting rod is connected to the side end of the reinforcing connecting piece in a fastened mode, transverse sliding side frames are symmetrically connected to the two ends of the top of the L-shaped connecting rod in a fastened mode, and data scales are arranged on the surfaces of the transverse sliding side frames. Multi-stage supporting structure linkage can be conveniently formed through real-time monitoring of the stress sensor set on the whole, adjustment of the angle and the supporting position can be accurately controlled, it is guaranteed that stress balance, the gravity center stability and the supporting point position accuracy can be better achieved in the ancient house transferring process, the structural integrity of the ancient house is effectively protected, and safe and stable transferring operation is achieved.

This invention belongs to the field of lithium-ion battery technology, and relates to a flame-retardant gel electrolyte, its preparation method, and a lithium-ion battery containing the electrolyte. The flame-retardant gel electrolyte is a gel structure in which a cross-linked gel network encapsulates a basic electrolyte. It has an ionic conductivity ≥0.50 mS / cm, a self-extinguishing time ≤2s, a thermal runaway temperature ≤1000℃, and a mass retention rate ≥40% after thermal runaway. This flame-retardant gel electrolyte achieves excellent flame-retardant performance through its cross-linked gel network structure. The self-extinguishing time ≤2s can quickly prevent flame spread, and the thermal runaway temperature ≤1000℃ and mass retention rate ≥40% after thermal runaway significantly improve battery thermal safety. Simultaneously, the high ionic conductivity ≥0.50 mS / cm ensures smooth ion migration during charging and discharging, reduces battery polarization, and improves charging and discharging efficiency and cycle stability.

The invention relates to the technical field of MOS (Metal Oxide Semiconductor) semiconductors, and discloses a voltage-withstanding MOSFET (Metal Oxide Semiconductor Field Effect Transistor) device for high-load shutdown of a robot dog and a preparation method thereof, the voltage-withstanding MOSFET device comprises a plurality of parallel MOS cells, and each MOS cell comprises a drain electrode, a semiconductor epitaxial layer, a source electrode and a grid electrode; the semiconductor epitaxial layer comprises an N substrate layer, an N drift layer, a P + layer, an N well layer and a P well layer, and a lightly doped N layer is arranged in the middle of the N drift layer of each MOS cell; laterally symmetrical L-type P-layers with inclined tops and arc-shaped opposite side tops are introduced to the two sides of an N drift layer, and in cooperation with the middle buffering effect of a lightly doped N layer, local electric field concentration at the edge of the N drift layer in a traditional device can be accurately dispersed; the arc-shaped and L-shaped contours defined by the photoetching process can effectively guide the electric field to be uniformly distributed, so that the breakdown risk caused by too strong local electric field is avoided.

The present invention relates to the field of archive management technology, and in particular to a digital archive full-process standard management system, including a project identification module for obtaining effective project information; a project generation module for generating archive project information and archive project nodes; a team generation module for generating archive project teams and target archive projects; an association identification module for identifying associated archive projects; a migration judgment module for judging the necessity of migration of the associated archive projects; a migration execution module for executing the migration plan; a migration optimization module for optimizing the execution process of the migration plan; and a management and repair module for repairing the target archive project in the archive management process. The present invention realizes automatic optimization and identification, dynamic repair, and intelligent association of archive management processes by digitalizing the archives in a standardized manner, thereby improving the efficiency of archive management.

The invention discloses a waste fishpond ecological restoration method based on an ecological corridor. The method comprises the following steps: surveying and mapping a waste fishpond; a biological corridor is constructed between the land and the fish pond to ensure the passage of terrestrial animals; an aquatic ecological corridor is constructed between the fishpond and the ocean, and tidal water is introduced to realize periodical fluctuation of the water level of the fishpond; pond ridge removal, slope cutting and tidal creek excavation are conducted on the interior of the fishpond, and a gentle slope area and a water power circulation system which are communicated with the ecological corridor are formed; shrubs are planted in different areas according to the elevation, the function of a fishpond ecosystem is restored, and continuous communication of a land-fishpond-marine ecosystem is achieved by building a biological corridor between a land forest and a waste fishpond and building an aquatic ecological corridor between a sea and the waste fishpond. Terrestrial animals can smoothly enter the mangrove forest restoration area of the fishpond through the biological corridor, and aquatic organisms can freely migrate between the ocean and the fishpond through the aquatic ecological corridor, so that obstruction of the abandoned fishpond to biological migration is effectively eliminated, and regional ecological connectivity is enhanced.