39 results about "Release model" patented technology

A novel bandwidth extension technique allows information to be encoded and decoded using a fractal self similarity model or an accurate spectral replacement model, or both. Also a multi-band temporal amplitude coding technique, useful as an enhancement to any coding / decoding technique, helps with accurate reconstruction of the temporal envelope and employs a utility filterbank. A perceptual coder using a comodulation masking release model, operating typically with more conventional perceptual coders, makes the perceptual model more accurate and hence increases the efficiency of the overall perceptual coder.

The invention provides a vehicle-mounted Lagrangian real-time air pollution traceability system and method based on a cloud platform, which relates to the technical field of air pollution prevention and control. Vehicle-mounted Lagrangian real-time air pollution traceability system and method based on cloud platform, The high-precision WRF weather model base on the high-performance cloud platformis constructed, Lagrangian particle release model, and through the design and front-end transfer platform, GPS positioning system closely combined to build a vehicle-borne mobile pollution traceability system, effectively improve the emergency response capacity and law enforcement of the relevant departments of the rapid and accurate.

The invention discloses a combined heat and power scheduling method for improving wind power consumption and based on a cooperative game. The combined heat and power scheduling method comprises the steps that a cooperative game model of a heat power plant, a wind power plant and a thermal power plant is constructed, and a participant operation strategy is given; then the expected economic benefitunder the cooperative game is analyzed; a maximum net benefit model of participants is established, and a benefit distribution model under the cooperative game is calculated; then a boiler start-stopcontrol strategy and a thermal storage device heat-storage heat-release model are constructed through the residual thermal space and the wind abandoning electric quantity; and finally, dynamic inertiaweight and a compression factor improved particle swarm optimization algorithm is introduced to solves the model. The combined heat and power scheduling method for improving the wind power consumption and based on the cooperative game can improve the benefit of the participants and improve the utilization rate of the wind power while ensuring the operational reliability of a system. In the cooperative game, the benefit of the participants can be improved and the wind power utilization rate is increased.

A controlling and releasing composite fertilizer nutrient releasing model and production are disclosed. The production is carried out by potassium chloride reacting with phosphoric acid and concentrated sulfuric acid, recovering hydrogen chloride, two products reacting, adding urine to obtain mixed slurry of potassium sulfate and urea phosphate, adding stabilizer and flowing-performance improver, reacting with urea to obtain ammonium phosphate mixing melt in melting boiler, regulating NPK proportion, adding functional additive, combing releasing mechanism with instant releasing, frame slow releasing and surface controllable releasing, granulating, coating, computing fertilizer proportion, and obtaining controllable releasing composite fertilizer. Its advantages include low cost, regulating releasing period and no environmental pollution.

The invention relates to an anti-allergy relieving composition and application thereof. The anti-allergy relieving composition is prepared from the following components: a first anti-allergy composition, a second anti-allergy composition and an anti-allergy peptide composition, wherein active components of the first anti-allergy composition comprise 4-tert-butylcyclohexanol and hydroxyphenyl propionamide benzoic acid; active components of the second anti-allergy composition comprise radix stephaniae tetrandrae extract, potassium lactate, phenoxyethanol and dipotassium glycyrrhizinate; active components of the anti-allergy peptide composition comprise palmitoyl tripeptide-8 and acetyl tetrapeptide-15. After the anti-allergy relieving composition provided by the invention is evaluated through a macrophage nitric oxide inflammatory release model, the inhibition rate on the nitric oxide is 38.62 percent and the inhibition rate on histamine is 41.92 percent.

The invention discloses a method for compensating the deficiency of vertical acceleration of a high speed wind tunnel ejection release model. The method comprises the step that in the motion process of the high speed wind tunnel ejection release model, a vertically downward externally-applied constant force GN is applied to the high speed wind tunnel ejection release model all the time, the deficiency of the vertical acceleration of the high speed wind tunnel ejection release model is compensated. According to the method for compensating the deficiency of the vertical acceleration of the high speed wind tunnel ejection release model, a constant force-'virtual gravity' is applied to the center of mass of the model all the time in the motion process of the high speed wind tunnel ejection release model, therefore, the defect that the vertical acceleration of the high speed wind tunnel ejection release model is deficient is overcome, and the degree of distortion of wind tunnel release experiment results and actual release results is reduced.

The invention discloses a method for manufacturing an elastic suit for men. The method comprises the following steps of: 1) blending 0.5 to 1.5 percent of spandex fibers in the weft direction of wool fabric, and blending 2 to 4 percent of spandex fibers in the warp direction of the wool fabric to realize that the warp and the weft directions of the fabric have proper elasticity; 2) reducing even removing ease part required by body movement in modeling; 3) manufacturing four layers for a chest liner, namely a chest cotton layer, a horse hair cloth layer and two black-carbon liners, wherein the black-carbon liners are spliced, the lapel part is manufactured by adopting straight yarns, and the bodice part is manufactured by adopting inclined yarns; and 4) adopting a special secondary cutting method: unfolding and spreading a rolled fabric on a board, naturally placing for 12 to 18 hours, carrying out primary barren cutting by using an allowance released model, placing pieces obtained through barren cutting in a constant-temperature constant-humidity room for 2 to 3 hours, and taking out for naturally airing, and carrying out secondary cutting by adopting a precise cut model. The elastic suit manufactured by adopting the method disclosed by the invention has a straight and plump shape and outstanding functions, and fit and flexible in wearing.

The invention provides a computer modeling method of a full operation flow based on structuralization. The computer modeling method comprises the first step of establishing a modeling basic library comprising such structured modeling basic elements as primitives, object elements and connecting line types, the second step of establishing a model rule library, namely selecting elements needed for modeling from a basic object library and a basic connection library, and according to different modeling requirements, establishing different model rules including an operation flow model rule, a risk model rule and an organizational structure model rule, the third step of performing integrated operation flow modeling based on a model rule library, and the four step of performing version control and release management on the built mode, wherein the model objects and the connecting line types usable for model examples are appointed in the model rule library; the model cannot be put into use before being released; only the released model can be used in practical production. The computer modeling method of the full operation flow based on structuralization has the characteristics of convenient operations and convenient for use, and meanwhile, is capable of well supporting integrated modeling of the operation flow.

The invention relates to a highly-reliable data subscription and release method. The method comprises the steps of expanding to-be-released data by a server in the subscribed data releasing format to generate expanded complete service data; when a terminal sends the subscription information to the server, matching the expanded complete service data with the received subscription information by the server; on the condition that the expanded complete service data are well matched with the received subscription information, sending the expanded complete service data to a corresponding client; otherwise, waiting for the next matching operation; judging the released data of the server by the terminal, and deciding whether to receive the currently released data of the server or not by the terminal after confirming the released data of the server are just the expanded complete service data; in a traditional subscription-release model, expanding corresponding protocol fields, explaining the expanded fields through the hook procedure, and calling corresponding data integrity and confidentiality services. In this way, the higher data service quality is ensured.

The invention relates to a preparation method of SF-Cd sustained release microspheres by microwave synthesis. The method provided by the invention utilizes low temperature degassing treatment, degradation and purification separation to obtain silk fibroin, also adopts the silk fibroin as the modification object, carries out microwave wet process Maillard reaction to graft four carbohydrate substances respectively and performs screening, wherein cyclodextrin (Cd) has a highest grafting rate, and a silk fibroin glycosylation graft product can be obtained. The inventor explores the influence of different reaction factors on the silk fibroin free amino acid content and browning degree, at the same times adopts a plurality of characterization means to contrast the influence of microwave heatingand water bath heating on the physicochemical properties, structural functions and other aspects of SF-Cd covalent compounds. Finally, Left-Carvon (L-Ca) is adopted as the sustained-release model fororal cavity simulated sustained release performance test to determine the sustained release effect.

The invention relates to a paclitaxel gastric residence molecular imprinting controlled release administration system and a preparation method thereof. The paclitaxel gastric residence molecular imprinting controlled release administration system comprises the following raw materials by mass: 0.62-2.71% of template molecule paclitaxel, 0.53-0.62% of methacrylic acid, 3.07-3.58% of ethylene glycol dimethacrylate, 2.62-9.19% of liquid crystal monomers, 16.22-29.19% of polyhedral oligomeric silsesquioxane, 0.90-1.05% of azodiisobutyronitrile, 51.05-53.49% of methylbenzene and 11.58-13.52% of acetonitrile. The preparation method comprises the following steps: dissolving paclitaxel, methacrylic acid, liquid crystal monomers, polyhedral oligomeric silsesquioxane, azodiisobutyronitrile and ethylene glycol dimethacrylate in a solution of a pore-foaming agent; performing a reaction for 4 h in a water bath at 53 DEG C; performing grinding; at first, performing Soxhlet extraction for 72 h by use of methyl alcohol: acetic acid; then performing Soxhlet extraction for 12 h by use of methyl alcohol; and performing air-drying at the room temperature. The paclitaxel gastric residence molecular imprinting controlled release administration system is stable in physical and chemical property and obvious in imprinting effect and has a remarkable controlled release effect as a drug carrier; and compared with a non-imprinted polymer, the paclitaxel gastric residence molecular imprinting controlled release administration system has the advantages that in-vitro release has a zero-order release model, the in-vivo metabolism time of paclitaxel is prolonged, and the medicine bio-usability is improved.

The invention provides a medicine sustained-release diaphragm and a preparation method thereof. SF and SA are used as materials, and GA and Gly are added, wherein the concentration of silk fibroin is 1 to 4 percent (mass-volume percent), the content of the SA is 40 to 50 percent of the mass of fibroin, the addition amount of the GA is 1 to 8 percent of total volume, and the addition amount of 75 percent Gly is 1.25 to 2.0 percent of the total volume. Sustained-release dressing obtained in the invention is a diaphragm with uniform thickness, and the thickness is about 0.18mm; the medicine sustained-release diaphragm has a controlled sustained-release effect; in addition, a medicine release mechanism belongs to a Fickian model mechanism. The sustained-release diaphragm prepared with the preparation method provided by the invention has excellent biomechanical properties, moisture absorbing and retaining properties and the like. The sustained-release diaphragm provided by the invention has the advantages of perfect sustained-release model, comfortableness, tensile strength and moisture absorbing and retaining properties, and can respectively meet requirements of a comfortable sustained-release diaphragm, a moisture and retaining sustained-release diaphragm and a comfortable moisture and retaining sustained-release diaphragm; the geometrical size of the medicine sustained-release diaphragm can be changed according to clinical demands.

The invention relates to a manufacturing method of a lampshade, and discloses a manufacturing method of an unframed lampshade, which comprises the steps of: manufacturing a model and coating wax on the surface; taking paper or fabric and cutting into small pieces, moistening and then sticking on the surface of the model; coating adhesive paint after airing and then sticking a second layer of paperpieces or fabric pieces; airing and coating the adhesive paint; similarly, sticking a fourth layer or fifth layer of the paper pieces or fabric pieces in sequence and then coating gypsum slurry on the last layer; removing the model after being totally dried and hardened; and then respectively splicing the two manufactured half lampshades together; continuously pasting paper or fabric on the spliced positions; airing after the two half lampshades are completely stuck together, thus forming the finished product of the unframed lampshade; or discharging the air of the inflated model and then drawing out the released model, thus obtaining the finished product of the unframed lampshade. The manufacturing technology is delicate, saves power, is environment protective, and not easy to crack evenif being used for a long term, and has higher art collection value.

The invention relates to a solid waste sorting process based on thermal conductivity difference of different materials. The solid waste sorting process is capable of sorting different types of solid wastes through a simple process and aims to solve the problems that the existing solid waste sorting process is incapable of sorting solid wastes with maximum benefit due to reasons such as complex sorting process flow, single classification object, high equipment cost, complex technique and the like. Temperature sensors are taken as the core of the solid waste sorting process provided by the invention, a data acquisition system based on a PC (Personal Computer) acquires and processes the temperature of each point in the process flow, and according to heat absorbing / releasing models of different materials, a computer controller is used for automatically controlling the temperatures of a high constant temperature chamber and a low constant temperature chamber and the temperature recognition range of the temperature sensors on different manipulators, therefore, the solid waste sorting process is capable of efficiently sorting the different solid wastes. Compared with other conventional sorting processes, the whole process expands the range of the sortable solid wastes, simplifies the sorting steps and develops a new way for sorting the solid wastes.

The invention provides an adaptive relay configuration method in a vehicle-mounted opportunity network. The method comprises the following steps of building an information release model and an information receiving model between the communication nodes in a vehicle-mounted opportunity network model, and calculating a position relation and a transmission probability between the communication nodesbased on the information release model and the information receiving model between the communication nodes, thereby building various communication node relay configuration methods, and performing simulation and verification. According to the method, the communication opportunity can be fully utilized, the most appropriate relay forwarding node is selected to improve the network performance of thevehicle-mounted opportunity network, and compared with an existing mechanism, the method can effectively improve the success rate of data transmission and reduce the transmission delay.

The invention discloses an urban traffic system modeling system, comprising a signal control model establishing module, an urban road traffic network capacity model establishing module, an urban hybrid traffic network flow distribution model establishment module, a motor vehicle ownership monitoring model establishment module, a traffic demand monitoring model establishment module, a traffic control traffic network flow distribution model establishment module, a traffic guidance information release model establishment module, a prediction road section flow distribution model establishment module and a traffic management measure evaluation model establishment module; work distribution among the modules is carried out according to specific conditions of urban traffic, which accords with theactual condition of urban traffic; the system model can be high in precision through the setting of the signal control model building module and the urban road traffic network capacity model buildingmodule; and the system is convenient to manage through the setting of the urban hybrid traffic network flow distribution model building module and the motor vehicle ownership monitoring model buildingmodule. The urban traffic system modeling system has the characteristics of wide application range, high precision and high practicability.

The invention provides a platform door monitoring system based on a subscription and release model and relates to the technical field of rail transit platform door monitoring. The method is used for solving the problems that at present, rail transit platform door monitoring interfaces all adopt customized communication protocols; the expansibility is poor, remote monitoring and maintenance are not supported; a platform door monitoring system of the system comprises a theme tree management module, a communication management module, a subscription management module, a Qos management module, an authority management module and a data recording module. The system is used for carrying out network transmission on data by taking data subscription and publishing as a communication model, monitored equipment in a platform door, an external system of the platform door and a remote monitoring client, and the data subscription and publishing adopt an MQTT protocol to subscribe and publish the data. The system is provided with the message middleware and a perfect hierarchical classification theme tree, has high expandability, and meets the expansion requirements of monitored equipment in the platform door, an external system of the platform door and a remote monitoring client.

The invention discloses a spatial-temporal local model-based numerical mode forecast product objective release method, which comprises the following steps of: determining a to-be-released region, a numerical mode forecast product and a level of the numerical mode forecast product, and dividing the to-be-released region into a plurality of sub-regions; constructing a sample set; sample quality control; for each sub-region, selecting a corresponding release model, a weight function model, a space-time distance model, an evaluation index and a sliding training period, and optimizing or setting related parameters; obtaining a corresponding numerical mode forecasting product, and interpolating the product to a required discrete grid; and using the selected release model, the weight function model, the space-time distance model, the sliding training period and the optimized or set parameters to release the forecast product in the forecast period. The method has the beneficial effects that the relationship between the time-space change numerical mode forecasting product and the real condition is more accurately modeled by adopting the time-space local model, and the release level of the numerical mode forecasting product is further improved.

The invention relates to a manufacturing method of a lampshade, and discloses a manufacturing method of an unframed lampshade, which comprises the steps of: manufacturing a model and coating wax on the surface; taking paper or fabric and cutting into small pieces, moistening and then sticking on the surface of the model; coating adhesive paint after airing and then sticking a second layer of paper pieces or fabric pieces; airing and coating the adhesive paint; similarly, sticking a fourth layer or fifth layer of the paper pieces or fabric pieces in sequence and then coating gypsum slurry on the last layer; removing the model after being totally dried and hardened; and then respectively splicing the two manufactured half lampshades together; continuously pasting paper or fabric on the spliced positions; airing after the two half lampshades are completely stuck together, thus forming the finished product of the unframed lampshade; or discharging the air of the inflated model and then drawing out the released model, thus obtaining the finished product of the unframed lampshade. The manufacturing technology is delicate, saves power, is environment protective, and not easy to crack even if being used for a long term, and has higher art collection value.

The invention particularly relates to a multi-sector conflict detection and release model construction method and a model constructed by the method. The multi-sector conflict detection and release model construction method comprises the following steps: defining parameters involved in a mixed integer nonlinear programming model; determining a decision variable of the mixed integer nonlinear programming model; determining constraint conditions of the mixed integer nonlinear programming model according to the parameters and the decision variables; and constructing an objective function of a mixed integer nonlinear programming model, flow management and air traffic control actual operation constraints can be considered at the same time according to constraint conditions, and the influence ofa conflict resolution strategy on flight operation and control workloads is comprehensively considered for an optimization objective of the model. Decision objects of the model cover delay allocated before entering sectors and various forms such as speed, height layer and course adjustment of aircrafts in multiple sectors, and can be used for effectively supporting flow management and air trafficcontrol coordinated operation decision to solve the actual operation problem of air traffic control in multiple sectors.

The invention discloses a standard express continuous releasing unmanned aerial vehicle, a batch releasing model and a batch releasing method. A nacelle module of the unmanned aerial vehicle is improved, a nacelle body is internally provided with a plurality of inner cabins, the inner cabins are spaces for accommodating standard express envelopes, the bottom of each inner cabin is movably connected to a hatch door, the upper ends of air cylinders are mounted on the side of the nacelle body, the lower ends of the air cylinders are abutted against the hatch doors, the lower ends of the air cylinders tightly push the hatch doors to block the bottoms of the inner cabins when the air cylinders are in the state of being inflated, and the hatch doors are opened when the air cylinders are in the state of being deflated. The air express releasing at a certain height is realized by using the unmanned aerial vehicle, the unmanned aerial vehicle does not need to land, multiple times and continuousreleasing is performed in one flight, and thus a lot of time is saved. According to calculations, about 10% of energy consumption can be saved for each single delivery, releasing time is saved by multiple times, and the unmanned aerial vehicle has great practical significances for improving delivery efficiency and reducing delivery cost.

The invention discloses a molding device for manufacturing plastic model shells. The molding device for manufacturing the plastic model shells comprises a base, a base plate, a molding group, a supporting group and a connection group. The base plate is arranged on the upper end face of the base, and the molding group and the supporting group are arranged on the upper end face of the base plate. The base plate is of a rectangular plate-shaped structure, the supporting group is arranged at the center position of the base plate through a connecting seat, and the molding group comprises a first module, a second module, a first connecting plate, a roof, a supporting plate and a driving cylinder. The driving cylinder is connected with the first module through a pushing rod and the first connecting plate, the first module is arranged on the second module in a sleeving mode, a model cavity is formed between the second module and the first module, and the second module is connected with an airbag through a hose. The supporting group comprises a stand column and a limiting block, and the limiting block is connected to the stand column in a threaded mode through a thread groove. The molding device used for manufacturing the plastic model shells is reasonable in design, releasing model is facilitated, and the working efficiency can be improved.

The invention discloses a test method and system and computer equipment. The test method comprises the following steps: a basic information reading step: reading specified basic information; a resultinformation acquisition step: calling a delivery model according to the basic information to acquire result information; a result information verification step: verifying whether the result information output by the release model conforms to a conventional specification or not; and a curve report obtaining step: obtaining various indexes according to the parameters output by the putting model, andgenerating a linear relation graph of the input parameter sequence and the output indexes. Effect verification of the delivery model can be performed through simple data configuration, and the corresponding effect curve report is generated so that the problem that the result of the delivery model algorithm is difficult to verify can be solved, the technical pressure of the test personnel can be reduced and the workload of the test personnel can be reduced. Non-technical personnel without related code experience are helped to understand the effect condition of the tested delivery model algorithm.

The invention provides a model processing method and a data processing system, and relates to the field of big data processing, and the model processing method comprises the steps of obtaining a to-be-released model and a target port for model release; and publishing the to-be-published model as a model service based on the target port for model publishing. According to the embodiment of the invention, the implementation process of model release serving the model is simple and convenient, and the model release efficiency is improved.

The present invention provides a portable model release method, device and storage medium, the operator stage is acquired, and the operator training model is received, the operator training model includes a plurality of operator units, and the operator training The multiple operator units in the model are divided, and each operator unit is independently encapsulated into an operator stage; the logical relationship between the operator units is obtained, and the logical relationship between the operator units is extracted; the operator release model is established, and multiple In the operator stage and the logical relationship between the operator units corresponding to the operator stage, the operator release model is established; the model file is transformed, and the operator release model is converted into a model file in Json format. The method of the present invention can directly complete the release of the whole process. After the model file of the whole process is converted, only the data needs to be input into the model file, and the data result after the whole process can be obtained, and the operation of the whole process is unnecessary. Need to use a variety of different operating environments to improve the convenience of operation.

The invention provides a bulk polymerization method with constant-rate dropwise adding of a monomer. The method comprises the following steps: stirring a reactant uniformly, and dropwise adding the reactant into a reactor at a constant rate to perform polymerization reaction, wherein the maximum rate fmax of the constant rate is selected by the steps of testing the polymerization enthalpy and reaction rate curve of the reactant by using a dynamic differential scanning calorimetry; performing optimization fitting on the obtained reaction rate curve by adopting a Kamal-Sourour dynamic model to obtain a parameter value of the model; substituting the parameter value and the polymerization enthalpy into a heat release model, and performing common calculation by combining a Fourier heat transfer model to obtain a change chart of the monomer conversion rate of a reaction system along with time at specified temperatures and different dropwise adding rates; and when the dropwise adding rate is more than fmax, showing explosive polymerization of the reaction system by the change chart. The method provided by the invention is not limited by the product size, and can be used for well solving the problems of difficult heat dissipation and 'explosive polymerization' during bulk polymerization; and the prepared material is uniform, can avoid introduction of new impurities, and is excellent in dielectric property.

The invention provides a model publishing method and device, electronic equipment and a storage medium, and relates to the technical field of data processing. The method comprises the steps of publishing a model interface of a model based on a model name of the model, obtaining an interface publishing result, and when the interface publishing result shows that the model interface is successfully published, starting a bypass model of the model to carry out bypass test and obtain a bypass test result. A shunt test is performed on the model based on the bypass test result to obtain a shunt test result, and when the shunt test result shows that the model meets a release condition, the model is released to obtain a stable version model. According to the invention, the model can be published after interface publishing, bypass testing and shunting testing, and the reliability of model publishing is improved.

The invention provides a bulk polymerization method with constant-rate dropwise adding of a monomer. The method comprises the following steps: stirring a reactant uniformly, and dropwise adding the reactant into a reactor at a constant rate to perform polymerization reaction, wherein the maximum rate fmax of the constant rate is selected by the steps of testing the polymerization enthalpy and reaction rate curve of the reactant by using a dynamic differential scanning calorimetry; performing optimization fitting on the obtained reaction rate curve by adopting a Kamal-Sourour dynamic model to obtain a parameter value of the model; substituting the parameter value and the polymerization enthalpy into a heat release model, and performing common calculation by combining a Fourier heat transfer model to obtain a change chart of the monomer conversion rate of a reaction system along with time at specified temperatures and different dropwise adding rates; and when the dropwise adding rate is more than fmax, showing explosive polymerization of the reaction system by the change chart. The method provided by the invention is not limited by the product size, and can be used for well solving the problems of difficult heat dissipation and 'explosive polymerization' during bulk polymerization; and the prepared material is uniform, can avoid introduction of new impurities, and is excellent in dielectric property.