830 results about "Delivery methods" patented technology

A method of capturing analytes from a sample is provided. A first substrate including a sample is mounted on a first member of a sample handling device and mounting a second substrate including an array of capture probes on a second member of the sample handling device. A first reagent medium is applied to the first and / or second substrate and moving the first member and / or the second member to fluidically couple the sample and the array of capture probes via the first reagent medium. The sample and the array of capture probes are fluidically decoupled by moving the first member and / or the second member and a second reagent medium is applied to the first and / or second substrate and moving the first member and / or the second member to fluidically couple the sample and the array of capture probes via the second reagent medium. Related systems and apparatuses are also provided.

The invention provides an e-commerce service intelligent multi-warehouse delivery method and system, and the method comprises the steps: generating a global inventory view according to the user order information of a cross-e-commerce platform and a corresponding logistics performance demand, and carrying out the dynamic adjustment through a preset priority rule, a sorting priority sequence is generated through a dynamically adjusted inventory distribution strategy, spectral feature matching is carried out on mixed goods in all warehouses according to the sorting priority sequence and SKU identification information, goods sorting is completed in combination with target warehouse illumination environment parameters corresponding to inventory geographical distribution, and goods identification information is generated; then generating a cross-warehouse allocation decision by using a distributed inventory sharing model, and finally generating a multi-warehouse collaborative delivery instruction according to the cross-warehouse allocation decision and the cargo identification information; according to the technical scheme provided by the invention, intelligent management of the whole process from order processing to final cargo distribution is realized, the efficiency of inventory management and logistics scheduling is improved, and the accuracy and timeliness of order processing are ensured.

The invention discloses an advertisement optimized putting system and putting method, and the method comprises the following steps: S10: obtaining user behavior data, the user behavior data comprising historical interaction information and real-time environment data of a user; s20, analyzing the historical interaction information and the real-time environment data of the user, and identifying user features and user interests; s30, based on a combined algorithm of a convolutional neural network and a generative adversarial network, dynamically generating an optimal advertisement content and an optimal advertisement format matched with the user features and the user interests; and S40, performing real-time advertisement putting on a target advertisement platform by using the optimal advertisement content and the optimal advertisement format. According to the method provided by the embodiment of the invention, the personalized advertisement content and format are dynamically generated by acquiring and analyzing the user behavior data, and the advertisement is put on the target platform in real time, so that the accuracy and effect of the advertisement are improved.

The invention belongs to the field of advertisement putting, and provides an advertisement putting method and system based on multi-source data analysis, and the method comprises the steps: collecting multi-source original data related to a user; identifying a plurality of cognitive state nodes based on the click behavior data and the transaction path data; constructing a cognitive behavior causal atlas based on the plurality of cognitive state nodes, wherein nodes of the causal atlas represent user cognitive states; predicting an advertisement response probability and a conversion probability of a target user by adopting a Bayesian inference model in combination with a historical behavior sample and a path structure in the causal atlas, and estimating a state transition probability of the user from a current state node to a target state node based on different advertisement intervention contents; and based on the state transition probability and the causal atlas structure, determining an optimal advertisement intervention path of the user from the current cognitive state to the expected conversion state, and constructing a corresponding advertisement putting sequence based on the path.

The invention provides an advertisement delivery method and system, and the method comprises the steps: obtaining user behavior data, and carrying out the preprocessing, so as to convert the user behavior data into structural data; analyzing and processing the user behavior data based on a preset construction rule to extract user interest data; extracting user historical behavior data in a preset time period from the user behavior data, and analyzing and processing the user historical behavior data to obtain a user behavior prediction result; and pushing the advertisement in the advertisement library to the user according to the user interest data and the user behavior prediction result and based on a preset pushing strategy. The interest data of the user is determined by analyzing and processing the behavior data, the behavior trend of the user is predicted, and advertisement putting is performed on the user according to the interest data and the behavior trend of the user, so that the problem that the existing advertisement putting technology cannot accurately meet the personalized requirements of the user is solved, the advertisement putting accuracy and effect are improved, and the user experience is improved. And the user experience is improved.

The utility model discloses a quantitative dosing prefilled syringe, which comprises a syringe filled with a preset amount of liquid medicine in advance, and further comprises an injection push rod capable of being inserted into the syringe in an axial moving manner, and a dosage adjusting mechanism capable of being arranged on the syringe in an axial moving manner, the injection push rod is used for pushing liquid medicine in the injection cylinder to flow out, and the dosage adjusting mechanism is used for abutting against the limiting piece so as to limit the pushing stroke of the injection push rod. Thus, when a medical worker needs to inject a small dose at a time, the medical worker only needs to adjust the axial position of the dose adjusting mechanism according to the target axial distance corresponding to the target injection dose, then the injection push rod is pressed to start injection till the limiting piece abuts against the dose adjusting mechanism, and the maximum pushing stroke is achieved; therefore, it can be ensured that the actual injection dosage is equal to the target injection dosage, accurate injection of any dosage can be achieved, the requirement for accurate injection of single-time tiny dosage is met, and the treatment effect of a multi-injection administration mode is ensured.

An information processing method includes receiving a query request sent by a logistics terminal; determining, in at least one prestored order, target order information that corresponds to an authentication identifier and includes a delivery address within a delivery distance threshold range that uses a current location of the logistics terminal as a center; feeding back the determined target order information to the logistics terminal; and pushing online prompt information to a corresponding ordering user terminal according to the ordering user account in the target order after an arrival notice instruction sent by the logistics terminal is received.

The invention discloses an unmanned aerial vehicle and unmanned vehicle joint distribution method and system, a terminal and a medium. The method comprises the steps of obtaining a task allocation scheme of cargo distribution of an unmanned aerial vehicle and an unmanned vehicle; according to the task allocation scheme, controlling the unmanned aerial vehicle carrying the goods to sail into a target area; the unmanned aerial vehicle is controlled to throw the goods into the unmanned vehicle located in the target area; according to the task allocation scheme, the unmanned vehicle is controlled to run to a goods receiving position, and goods receiving notification information is generated; and sending the goods receiving notification information to a target device corresponding to a recipient, and when it is detected that the goods are taken out, marking that delivery of the goods is completed. According to the invention, the distribution efficiency is improved through a distribution mode of combining the unmanned aerial vehicle and the unmanned vehicle.

The invention relates to the technical field of medical surgical machinery, and provides a coaxial type interventional instrument delivery system and method.The coaxial type interventional instrument delivery system comprises a telescopic delivery mechanism with a plurality of telescopic sections connected in sequence; the first delivery box assembly is arranged at one end of the telescopic delivery mechanism; the second delivery box assembly is arranged at the other end of the telescopic delivery mechanism; the third delivery box assembly is arranged on one telescopic section of the telescopic delivery mechanism, and the third delivery box assembly is configured to rotate around the axis of the telescopic section and move along the axis of the telescopic section; the telescopic delivery mechanism enables the first delivery cassette assembly to move back and forth relative to the second delivery cassette assembly and the third delivery cassette assembly to deliver or withdraw the interventional instrument. The problem that the tail end of a catheter needs to be pulled out when an existing vascular intervention surgical instrument delivers the middle catheter can be solved, and meanwhile the problem that a middle delivery device used for fixing the middle catheter affects the delivery stroke of a guide wire and a balloon can also be solved.

The invention relates to the technical field of medical surgical machinery, and provides a vascular interventional surgical robot and a delivery method, the vascular interventional surgical robot comprises: a first telescopic delivery mechanism; the first delivery box assembly is arranged at one end of the first telescopic delivery mechanism; the second delivery box assembly is arranged at the other end of the first telescopic delivery mechanism, and the second delivery box assembly is used for being connected with a blood vessel sheath implanted into a blood vessel in advance so as to deliver an interventional instrument into the blood vessel sheath; wherein the first delivery box assembly and the second delivery box assembly are used for being connected with the interventional instrument, and the first telescopic delivery mechanism can enable the first delivery box assembly to move back and forth relative to the second delivery box assembly so as to deliver or withdraw the interventional instrument. The problem that in the catheter delivery process of an existing vascular intervention surgical robot, a catheter is bent when encountering resistance can be solved.

The invention discloses a robot dog delivery system and a delivery method thereof, the robot dog delivery system comprises a loading and unloading robot dog, the loading and unloading robot dog comprises a loading and unloading mechanism arranged on the robot dog, the loading and unloading mechanism comprises a mounting base arranged on the back of the robot dog, and the mounting base is provided with a receiving table for receiving goods; the pair of loading and unloading clamping plates is arranged on the two sides of the mounting base in a driving mode through opening and closing driving assemblies. The loading and unloading clamping plate comprises an opening and closing seat connected with the opening and closing driving assembly, an opening and closing clamping plate capable of being opened and closed relative to the bearing table is connected to the opening and closing seat, and a pressing guide plate capable of being opened and closed relative to the bearing table is connected to the opening and closing clamping plate. According to the robot dog delivery system and the delivery method disclosed by the invention, endpoint delivery can be realized in combination with the robot dog, the flexibility and the replicability of logistics delivery are improved, the delivery efficiency is improved, the delivery error is reduced, and the labor cost is reduced.

The invention discloses a targeted delivery method of a plant-derived biological regulator, and relates to the technical field of bioengineering, and the targeted delivery method comprises the following steps: in the application process of an electroporation technology, monitoring and acquiring cell membrane lipid change data information in real time through a biosensor technology; the method comprises the following steps: preprocessing original data acquired by a biosensor, and organizing and storing the preprocessed data according to rules to form a structured data set; the system can accurately control the state of the plant cell membrane by monitoring the lipid change of the cell membrane in real time and combining intelligent evaluation and dynamic adjustment of the electric field parameters. When membrane lipid is oversaturated, the electric field intensity and the pulse frequency are dynamically adjusted, membrane damage is reduced, cell integrity is protected, and meanwhile effective delivery of allogenic materials is ensured. According to the method, the stability and the accuracy of an electroporation technology are improved, the targeted delivery of the plant-derived biological regulator is optimized, and the application potential of the plant-derived biological regulator in the fields of agriculture and biomedicine is expanded.

The invention discloses an intelligent construction digital delivery method and system based on master-slave multiple chains, and relates to the technical field of engineering construction management, and the method comprises the steps: carrying out the unique identification code coding of an engineering construction file, generating a file identifier, and constructing a multi-participant co-construction platform; performing sharing and encryption management on file data among participants based on a master-slave multi-chain consensus mechanism; and managing business process data through the cooperative work of the main chain and the side chain, and automatically judging the authority of the access request of the user. According to the intelligent construction digital delivery method based on the master-slave multiple chains, the identification and management efficiency of the file is enhanced by generating the unique engineering construction file identification code, the file sharing efficiency is improved through point-to-point butt joint and data sharing of the engineering file among multiple parties, and the intelligent construction digital delivery efficiency is improved through a master-slave multiple chain intelligent contract mechanism. The safety and the management efficiency of the project file are improved, and better effects are achieved in the aspects of the management efficiency, the safety and the sharing efficiency.

The invention discloses an automatic releasing device and releasing method for a gravity penetration anchor, and belongs to the technical field of gravity penetration anchor releasing. The release connecting rod comprises a bearing part, L-shaped connecting parts and L-shaped supporting parts which are connected in sequence, the two L-shaped connecting parts are arranged in a back-to-back mode and rotationally connected with the supporting shaft, and the two L-shaped supporting parts are arranged in a face-to-face mode; the pressure spring is mounted between the bearing part and the ship body and can drive the two L-shaped supporting parts to be far away from each other; the two ballasts are placed on the bearing part and can drive the two L-shaped supporting parts to get close to each other; the attitude sensing module is mounted in the gravity penetration anchor; and the terminal control module is in electric signal connection with the posture sensing module and the jacking mechanism. According to the automatic throwing device for the gravity penetration anchor, an automatic throwing mode is adopted, unmanned throwing operation of the gravity penetration anchor is achieved, the throwing stability and reliability of the gravity penetration anchor are improved, and then the throwing precision of the gravity penetration anchor is improved.

The invention relates to the technical field of targeted cargo delivery, in particular to a drug loading and delivery method and a cell carrying method of a core-shell mesoporous micro-nano robot. The drug loading and delivery method is realized based on the drug loading capacity of the mesoporous structure, the magnetism of the iron oxide core and the photothermal effect of the polydopamine shell. The core-shell mesoporous micro-nano robot can adsorb and load drugs through capillary force and electrostatic force generated by the mesoporous structure of the core-shell mesoporous micro-nano robot; then, an external magnetic field is used for driving the device to move; near-infrared light is utilized to irradiate when approaching a targeted area, the temperature of a pore structure rises, and along with thermal vibration, drugs in mesopores are effectively released to the targeted area, so that the drug delivery effect is achieved. When the drug is loaded and delivered, the core-shell mesoporous micro-nano robot has carrying capacity after being clustered under a magnetic field, and cells are carried through an eddy current carrying method and a contact adhesion method. Targeted goods delivery of goods such as targeted drugs and cells can be achieved through the micro-nano robot.

The invention relates to an unmanned aerial vehicle distribution method, an unmanned aerial vehicle and a UWB positioning device, the method is applied to the unmanned aerial vehicle, and the method comprises the following steps: the unmanned aerial vehicle obtains a target action space of a target balcony; the unmanned aerial vehicle flies into a target action space according to the real-time positioning information; the unmanned aerial vehicle hovers in the target action space and obtains hovering position information; the unmanned aerial vehicle broadcasts and sends a first positioning signal, so that the UWB positioning device is activated according to the first positioning signal and sends a response signal, and the first positioning signal comprises hovering position information; the unmanned aerial vehicle analyzes the response signal and obtains position information and identification information of the UWB positioning device; the unmanned aerial vehicle constructs a take-off and landing space on the target balcony according to the position information and the identification information; and the unmanned aerial vehicle lands on the target balcony according to the take-off and landing space. According to the invention, the bandwidth of the UWB positioning device can be saved, and the positioning requirements of high-density arrangement and large-scale unmanned aerial vehicles are met.

Disclosed are valve replacement devices, systems, and methods. Valve replacement devices may comprise one- or two-piece systems comprising a receiver body (also called an adapter) and a valve assembly with replacement leaflets attached to and located within the receiver body. In two-piece systems, the valve assembly may be removable from the receiver body such that both can be delivered together or separately, and the receiver body may remain implanted while the valve assembly may be removed and replaced. Also described are devices, systems, and methods related to delivering, removing, and replacing a valve replacement. Such delivery methods may include transseptal insertion of a new minimum leaflet structure, and securement of the valve replacement using several securement type (e.g., supra-annular, sub-annular, radial, leaflet securement, etc.). Also described is a braided helical design that mimics the heart's natural movement, and a flange structure for assisting the functioning of the valve replacement.

The invention relates to the technical field of directional advertisement, in particular to an advertisement putting method based on a user portrait, which comprises the following steps of: acquiring equipment use time of a target user, recording use types and corresponding use frequencies of software and corresponding advertisement response information, dividing the equipment use time into a plurality of putting characteristic time periods, determining the advertisement putting type of each putting characteristic time period; according to the advertisement feedback attitude of the user in each feature time period, determining an advertisement effective tendency category of the current user in each putting feature time period so as to determine a basic advertisement putting mode; and according to the duration percentage in each time period, determining an advertisement acceptance fluctuation parameter of the user in the current time period so as to judge whether to adjust the advertisement putting content in the current characteristic time period, and according to the advertisement watching duration percentage of each use type of software, determining an adjustment direction. And the overall advertisement putting effect is improved.

The invention provides a SynNotch system delivery method as well as a delivery vector and application thereof. The method comprises the following steps: constructing a stably transfected SIN-gamma-RV vector by using a PiggyBac transposon system, expressing a SynNotch system by using a PSR vector, and combining a GAL4 induction vector and a UAS effect vector of the SynNotch system on one PSR vector, so that the SynNotch system is delivered by one PSR vector. The PSR.SynNotch system disclosed by the invention not only solves the problem that the transduction efficiency of double-carrier downstream effector molecules of an original system is difficult to detect, but also solves the problem that the efficiency of preparing the double-positive cells by double-carrier transduction target cells is low, most importantly, a stable transfection packaging cell line can be constructed for expanded production, and the application of the SynNotch system is very facilitated.

The invention discloses a timely delivery method and system based on path planning, and relates to the field of logistics and supply chain management, and the method comprises the steps: receiving order information, and inputting the order information into a delivery management center; based on the order information, obtaining a standard path by using a simulated annealing algorithm; based on a standard path, connecting an urban intelligent traffic center to collect real-time traffic data, and analyzing the real-time traffic data by using the traffic flow prediction model to obtain traffic condition changes; adjusting a standard path by using a multi-objective evolutionary algorithm through traffic condition changes to obtain an optimal path; continuously tracking the optimal path distribution progress; and calling a multi-objective evolutionary algorithm in real time to adjust the optimal path based on tracking the optimal path distribution progress. According to the method, the standard path and the real-time traffic condition change are obtained through the simulated annealing algorithm, the path is dynamically adjusted through the multi-objective evolutionary algorithm, the global search capability and robustness are enhanced, and the distribution efficiency and the resource utilization rate are improved.

The invention provides an advertisement putting method and device based on agent collaborative decision making. The method comprises the steps of obtaining advertisement putting data; preprocessing the advertisement putting data to obtain a plurality of to-be-analyzed data of different dimensions; constructing a collaborative scheduling module and a plurality of agents for processing different tasks; performing semantic analysis on the corresponding to-be-analyzed data by adopting the large language model in each agent to obtain a corresponding local delivery strategy; the collaborative scheduling module adopts a multi-objective optimization algorithm to carry out global optimization on each local putting strategy so as to obtain an optimal advertisement putting strategy; obtaining putting parameters, and performing advertisement putting according to the putting parameters and the advertisement putting strategy; therefore, local decision making is carried out by constructing a plurality of agents, and global optimization is carried out through collaborative scheduling, so that the advertisement putting effect is greatly improved.

The invention discloses an advertisement putting method and system based on a multi-objective optimization algorithm, and relates to the technical field of advertisement putting, and the method comprises the steps: setting an optimization objective of each stage, distributing a preliminary weight for the optimization objective, dividing an advertisement putting period according to the preliminary weight, and carrying out the resource distribution; according to the optimization target and the preliminary weight, a preliminary advertisement putting strategy is generated and executed; real-time performance data and resource consumption conditions in the preliminary advertisement putting process are collected in real time, and the advertisement putting effect of the previous stage is analyzed; according to the analysis result, dynamically adjusting the initial weight of the optimization target in the next stage; and optimizing the preliminary advertisement putting strategy based on the adjusted weight of the optimization target. According to the method, the optimization target of each stage is set and the preliminary weight is allocated, so that reasonable division of an advertisement putting period and accurate allocation of resources are realized, the advertisement targets such as exposure, click rate and conversion rate of different stages can be fully concerned, and waste of resources is avoided.

The invention relates to the technical field of logistics distribution management, and provides a string area delivery identification method and device, computer equipment and a storage medium, and the method comprises the steps: screening an effective record of which the delivery mode is internal delivery from a waybill table, and removing a whole vehicle type waybill and an internal part type waybill; counting the waybills in the same track from the waybill table according to receiving areas, wherein the receiving area with the most counted votes is a delivery area; waybills of the main delivery district are removed from the waybill table, and whether the remaining waybills are string district problem bills or not is judged; and for each string area problem ticket, according to the sum of the actual distances of the string area problem ticket and the adjacent main delivery district and the linear distance of the adjacent main delivery district corresponding to the string area problem ticket, obtaining a distance increasing value so as to generate an analysis result corresponding to each string area problem ticket, and completing string area delivery identification. The method is suitable for intelligent scheduling and optimization of delivery services in logistics enterprises, and solves the problems of extensive delivery identification and unreasonable resource allocation in the prior art.

The invention belongs to the technical field of logistics distribution, and particularly relates to an unmanned aerial vehicle and truck collaborative distribution method based on multi-target reinforcement learning, and the method comprises the steps: order clustering: a logistics service provider carries out the clustering of orders according to a K-means method, enables the orders with the similar distribution time and address to be divided into one order cluster, and carries out the clustering of the orders according to a K-means method; the unmanned aerial vehicles are delivered by the truck and the unmanned aerial vehicles carried by the truck; according to the NSGA-II algorithm, multiple targets such as path cost, distribution time and carbon emission are considered, and optimal paths of multiple schemes are provided; and planning an optimal path by adopting a reinforcement learning method. According to the cooperative logistics distribution method based on the unmanned aerial vehicle and the truck, the three targets of logistics distribution time, cost and carbon emission are considered, the dynamic conditions of low-altitude traffic restriction of the unmanned aerial vehicle, the road congestion condition of the truck, load constraint and the like are also considered, the optimal path is optimized by adopting a reinforcement learning mode, and the logistics distribution efficiency is improved. And parameter setting of reinforcement learning is automatically updated by using a non-dominated sorting algorithm, so that multi-dimensional optimal path selection can be provided for logistics service providers.

The invention discloses an advertisement putting control method, an advertisement putting system, a storage medium and a program product, and the advertisement putting method comprises the steps: receiving a business district image uploaded by a user based on a user terminal node, and then determining a group portrait corresponding to the business district according to the business district image; and then one or more advertisements most adaptive to the group portrait are selected from the advertisement library according to the group portrait as target advertisements, and target advertisement putting device nodes in the business district are controlled to play the target advertisements, so that the purpose of accurately putting the advertisements is realized, and a plurality of decentralization processes are realized. In this way, the advertisement putting income in unit time is effectively improved, and advertisement putting is more accurate. Moreover, by implementing the above scheme based on the block chain, the purpose of decentration is better achieved, and the problem of low advertisement putting efficiency caused by artificial interference is effectively avoided.

The invention relates to the technical field of computer vision, and discloses a precise medicine delivery method and system, and the method effectively strips illumination artifacts through the construction of a local gradient structure tensor field and an anisotropic screening mechanism, remarkably improves the robustness of a visual front end in a light and dark alternating environment, and improves the accuracy of medicine delivery. Rigid body motion constraint and Lie algebra continuous modeling are utilized, high-precision space-time alignment between heterogeneous sensors is realized on the premise that scene depth does not need to be recovered, hardware delay errors are eliminated, a physical-driven probability weight dynamic allocation mechanism is constructed by introducing a multipath scattering index and a structural information entropy flux, and a dynamic space-time alignment algorithm is established. Environment degradation is sensed in real time, the observation weight is adjusted in a self-adaptive mode, the influence of the non-line-of-sight multipath effect and visual texture missing is effectively restrained, high-precision inertial dead reckoning can still be maintained in a blind area where a sensor is in full failure in combination with momentum prior information generated through Schel complement marginalization operation, and the method has the advantages of being high in precision and high in precision. And the navigation continuity and reliability of the distribution robot in a complex scene are ensured.

The invention relates to the technical field of advertisement putting, and discloses an intelligent automatic putting method and system, a terminal and a storage medium, and the method comprises the steps: receiving a putting instruction of a management end, dynamically accessing original data according to a business target, and carrying out the dimensionality fusion, and generating a unified data environment; fusing user historical transaction value features and behavior sequence willingness features, identifying high-value users and extracting common portraits; decomposing a business target into stage sub-targets in combination with the delivery constraint, and generating a multi-step delivery execution strategy; compiling into a standardized instruction, deploying a task on a target advertisement platform, and monitoring feedback to generate an execution state report; based on index abnormity and a unified data environment in the execution state report, performing multi-dimensional root cause analysis on the delivery task to obtain an intelligent diagnosis conclusion; according to the intelligent diagnosis conclusion, state transition of the release task is driven, and an effect verification report is generated according to feedback data after state transition; the intelligent automatic putting efficiency can be improved.

The invention discloses an advertisement putting system and method based on data recognition, and the system comprises a data collection module, a data processing module, a database module, and an advertisement putting adjustment module. The delivery method comprises the following steps: collecting user behavior data on a short video platform to form a behavior data set; preprocessing and screening the user behavior data; reading and storing to-be-delivered advertisements, and establishing a pushed advertisement database; reading a pushed advertisement form, and matching advertisement data in a pushed advertisement database; and dividing advertisement putting time periods and advertisement putting forms, and matching and pushing advertisement data in the advertisement database. According to the method and the device, different advertisement putting strategies can be adopted according to user classification types and user behavior types by dividing different time periods of the whole day; by reasonably planning the putting time and form of the advertisement, not only can the exposure of the advertisement be ensured, but also the interference to the watching experience of the user can be effectively reduced.

The invention belongs to the field of medical treatment, and relates to a delivery mode prediction method, which comprises the following steps: obtaining puerpera data including computerized fetal heart monitoring data, ultrasonic examination data and pregnant woman electronic health record data; constructing a multi-modal deep learning model fusing a convolutional neural network and a bidirectional long-short-term memory network according to the puerpera data; and inputting puerpera data monitored in real time into the multi-modal deep learning model to obtain an optimal delivery mode. The invention further provides a delivery mode prediction device, computer equipment and a storage medium. According to the method, a doctor can conveniently plan a delivery scheme in advance, reasonably configure medical resources, reduce unnecessary cesarean delivery rate and reduce maternal and infant complications, the method is of great significance to improvement of maternal and infant health conditions, meanwhile, a new path is developed for further development and application of digital twinborn and related technologies in the field of gynaecology and obstetrics, and the method is worthy of popularization and application. And the field is promoted to stride towards intelligentization and precision.