37results about How to "Guaranteed standardization" patented technology

The invention discloses a document generation method and system, and belongs to the field of document processing software, the method comprises the following steps: in response to a template creation operation, creating a template structure file, a style configuration file and a component library definition file, the template structure file is used for defining a logic structure and a to-be-filled area of a target document, and the to-be-filled area is used for defining a to-be-filled area of the target document; the style configuration file is used for defining page layout of the target document, and the component library definition file is used for defining available document components of the target document; generating a first document template file based on the template structure file, the style configuration file and the component library definition file; obtaining a first content data file generated based on the first document template file, wherein the first content data file comprises filling content used for filling the to-be-filled area; and synthesizing the target document based on the template structure file, the style configuration file and the first content data file. According to the method, standardization of the generated target document can be ensured, and the document maintenance difficulty is reduced.

The invention provides a posture adjustment method and device, electronic equipment, a storage medium and a program product, and relates to the technical field of animation.The posture adjustment method comprises the steps that position data of a first target skeleton and a second target skeleton of a virtual character are obtained from skeleton data of the virtual character, the first target skeleton and the second target skeleton have a hierarchical relationship; the position data is analyzed to obtain current relative position information, and the current relative position information is used for indicating the current relative position of the virtual character between the first target skeleton and the second target skeleton under the current posture; determining a relative attitude relationship between the current relative position information and target relative position information, wherein the target relative position information is used for indicating a target relative position between a first target skeleton and a second target skeleton of the virtual character under a target attitude; and adjusting the posture of the virtual character according to the relative posture relationship. Compared with the prior art, the attitude adjustment efficiency and accuracy can be improved.

The invention discloses a virtual human action parameter enhancement method fused with a Transform. Comprising the following steps: collecting an original action data set, including actions in different emotional states, and dividing the action data set into a training set, a verification set and a test set after preprocessing; a virtual human action parameter generation model based on a Transform network is constructed; training the constructed virtual human action parameter generation model by using a training set, and verifying by using a verification set after training; and after the verification is passed, inputting the test set into a virtual human action parameter generation model, and outputting corresponding action parameters. According to the method, the dependence on virtual human action experts is reduced, the labor cost and the time and cost of popularization and training are remarkably reduced, and the economical efficiency of a virtual human action system is improved; through training, the method adapts to gesture habits of different regions and crowds, the adaptability and expression accuracy of virtual human actions are improved, and meanwhile, cross-region standardization is kept.

The utility model relates to the technical field of electronic connector production and processing, in particular to an overturning device for overturning square pin terminals, which comprises a mounting seat, a plurality of rotating shafts are rotatably arranged on the mounting seat according to the number of terminals and intervals, and a square pin hole is formed in the center of each rotating shaft and is used for inserting the square pin terminals; the tail part of each rotating shaft is provided with a connecting rod; the push-and-pull plate is arranged on the mounting seat, longitudinal notches with the same number as the connecting rods are formed in the push-and-pull plate, and the connecting rods are mounted in the corresponding longitudinal notches respectively. The push-and-pull plate is pushed to drive the multiple rotating shafts at the same time, so that synchronous overturning of the whole row of terminals is completed, complex independent adjustment or multi-step operation is omitted, and the production efficiency is remarkably improved.

The utility model relates to the technical field of drug sensitive paper sheet distributors, and particularly discloses a distributor facilitating use of drug sensitive paper sheets in a laboratory, which comprises a bottom support, a shell and a material pushing assembly, a supporting plate with inner and outer layers of circumferential discharging holes is arranged on the inner side of the bottom support, the shell is connected with the bottom support through a rotary limiting assembly, and the inner and outer layers of circumferential medicine tube grooves and the discharging holes are arranged in a staggered mode in the radial direction. The pushing assembly is composed of a stand column, a base, a pressing rod, a push rod, a tension spring and an ejector pin, the pressing rod drives the push rod to laterally move through a first inclined guide face, and the ejector pin completes the ejection action of the medicine sensitive paper on the lowermost layer of the medicine tube under the reset action of the tension spring. The paper storage capacity is multiplied through the design of inner and outer double-layer medicine tube grooves, and the collaborative operation requirement of multiple types of paper sheets is met; shell rotation positioning is matched with trumpet-shaped discharging hole guiding, and it is guaranteed that the paper sheets accurately fall into circumferential equidistant positions of the culture dish.

The present application relates to a kind of multi-scene adaptive intelligent bottom argon blowing control method and system, comprising: the ladle reaches working position after determining gas permeability, receives the signal of sitting ladle, starts blowing argon, infrared thermal imager is opened to monitor picture and determine molten steel surface, fills complete all ladle liquid level area;Intelligent link all refining equipment PLC, according to different stages of metallurgical purpose, determine the bottom blowing stirring power, calculate the bottom blowing gas pressure, bottom blowing gas flow, the naked area of molten steel in continuous video stream, naked edge slag layer height and other related parameters are tracked and calculated in real time, further optimize bottom blowing control;Flow data instruction is issued to bottom blowing PLC, control the pressure and flow size of bottom blowing gas.The present application automatically receives argon blowing state molten steel video image continuously according to the need of on-site production, uses intelligent bottom blowing control to automatically distribute argon flow and pressure, ensure that each furnace reaches better bottom blowing stirring effect, give on-site production guidance, reduce production labor intensity.

The utility model relates to glass steel product assembly technical field, concretely relates to a kind of positioning tool for positioning column center distance assembly, the positioning column at least two, the parallel arrangement between the positioning column, the positioning tool includes connecting sleeve head and connecting rod, the connecting sleeve head one end is matched with positioning column, and the other end is provided with connecting rod;The clearance fit between the connecting sleeve head and positioning column, the positioning column includes column stem, protruding portion and column head from below to above in order, the width of protruding portion is greater than the width of column head, and the width of column head is greater than the width of column stem;The bottom of connecting sleeve head is provided with positioning slot, and the positioning slot is matched with column head, and at least two connecting sleeve heads are provided on the connecting rod.The utility model is convenient and fast, and positioning accuracy is high, reduces random error, improves assembly efficiency and assembly qualification rate, meets the requirement of product batch consistency, with remarkable engineering application value.

The application discloses a circuit breaker mechanical characteristic test and diagnosis algorithm verification device with a waveform editing function, which comprises a signal acquisition and communication module, a man-machine interaction interface, a drag-type waveform editing unit, a waveform feature self-adaptive reconstruction unit and a format storage and reading unit. The signal acquisition and communication module synchronously acquires four types of key signal waveforms during circuit breaker opening and closing operations; through graphical operation of the man-machine interaction interface, a user can drag and edit waveform feature points, the waveform feature self-adaptive reconstruction unit generates a corrected waveform according to the adjusted feature points, the format storage and reading unit stores the adjusted waveform into a standard format file, and the signal acquisition and communication module sends the standard format file to an external diagnosis system. The application integrates mechanical characteristic test and diagnosis algorithm verification functions, and solves technical problems, such as dependence of diagnosis algorithm verification on field test data, insufficient fault sample coverage and non-reproducibility in the prior art.

The invention discloses a high-flux toxicity pre-evaluation substitution method based on an acetylcholin esterase target. By integrating an SH-SY5Y nerve cell endogenous AChE and recombinant exogenous AChE dual detection system and relying on an automatic screening system constructed by integrating core equipment such as an automatic pipetting workstation, a constant-temperature incubator and a multifunctional microplate reader, a high-flux toxicity pre-evaluation substitution method based on an AChE target is successfully established and is used for evaluating the neurotoxicity of a compound, and the method has the advantages of high sensitivity, high sensitivity, high sensitivity and the like. The method solves the limitation that a single screening method in the prior art cannot evaluate factors such as target inhibition, cell permeability and metabolic transformation at the same time, and the method is simple, convenient, rapid, high in accuracy and suitable for large-scale primary screening of the AChE inhibitor and early warning of neurotoxicity risks.

The application discloses a kind of postoperative thoracoabdominal leakage drainage fluid monitoring processing method and system, it is related to drainage fluid monitoring technical field, its technical solution key points include the following steps: obtaining the postoperative basic information of target patient and drainage fluid monitoring data;According to postoperative basic information, determine corresponding drainage evaluation standard;Wherein, the drainage evaluation standard includes multiple drainage standard factors and standard parameter interval;According to drainage fluid monitoring data, at least one drainage monitoring factor and corresponding monitoring parameter are extracted;According to abnormal monitoring factor and corresponding monitoring parameter, generate the drainage evaluation state feature of target patient;According to drainage evaluation state feature and preset abnormal processing library, output the drainage processing scheme of target patient, effect is to improve the efficiency and response speed of postoperative drainage management.

The application provides an interactive quality guarantee method for improving the reliability of large language model question and answer, relates to the technical field of large language model question and answer, and comprises the following steps: in response to an initial natural language inquiry, a guiding question is generated and output, initial medical semantic weights are given to each structured field in the preliminary medical description, and in response to an intervention instruction, a weight-adjustable enhanced medical description is generated; the subject reference relationship in the current interaction sequence is identified in real time, the context data generated by the interaction is subject label calibrated and logically isolated based on the identification result, so that a structured conversation context with subject consistency is constructed; the enhanced medical description in the structured conversation context is scored for integrity and logically consistent; when the verification is passed, the enhanced medical description, the corresponding weight information and the related constraint strategy retrieved from the medical constraint strategy library are collectively encapsulated as a structured prompt word, which is input into a large language model to obtain a medical question and answer result.

The application discloses a virtual anchor real-time driving system based on facial motion capture, aims to solve the problems of insufficient precision, lack of naturalness and weak scene adaptation of virtual anchor facial motion in the prior art, and through multi-thread parallel collection of audio and video streams, optimizes data quality through adaptive preprocessing; adopts multi-dimensional facial feature collaborative extraction, double-branch phoneme recognition, face function area semantic segmentation and confidence dynamic weight adjustment technology, realizes accurate representation and collaborative fusion of expression and lip feature; finally, through the lip-expression collaborative driving mechanism, the real-time driving characteristics of the adaptive virtual image are output; thereby effectively improving the precision and naturalness of virtual anchor facial motion, enhancing the complex scene adaptability, giving consideration to real-time response and low-cost deployment, and being applicable to virtual live broadcast, online education and other scenes, and having good application value.

This invention proposes an integrated pointer-type pendulum tunnel lining maintenance and inspection trolley, comprising a frame assembly; a load-bearing mechanism mounted on the frame assembly, on which a detection mechanism is installed for detecting defects in the tunnel lining; a maintenance mechanism also mounted on the load-bearing mechanism, configured to perform maintenance operations on the tunnel lining; and an electronic control system mounted on the frame assembly, controlling the mechanical movement, inspection, maintenance operations, and data transmission of the entire trolley; the load-bearing mechanism is equipped with an arc-shaped circumferential guide rail coaxial with the tunnel lining, on which a circumferential guide rail crawling system and a pointer-type pendulum system are installed. This invention enables automated control of maintenance and inspection, allowing rapid switching between inspection and maintenance modes, facilitating simultaneous self-inspection by construction units during the maintenance process.

This invention discloses an asymmetric MZ electro-optic modulator, including an input coupler, an output coupler, and a first interference arm and a second interference arm connected in parallel between the output terminal of the input coupler and the input terminal of the output coupler. The first interference arm includes two first arc segments and a second arc segment connecting the two first arc segments. The second interference arm includes two third arc segments and a fourth arc segment connecting the two third arc segments. The opening direction of the second arc segment is opposite to the opening direction of the fourth arc segment. The two ends of the second interference arm are respectively connected to the output terminal of the input coupler and the input terminal of the output coupler through compensation segments. There is a preset target optical path difference between the optical path of the first interference arm and the total optical path of the second interference arm and the compensation segments at both ends. This invention features a compact layout, precisely adjustable optical path difference, and low transmission loss.

This invention discloses a briquetting device for recycling non-ferrous scrap metal, relating to the field of metal resource recycling technology. It includes a forming box, a feeding mechanism, a briquetting mechanism, and an atmosphere protection mechanism. A controller is fixedly installed on one outer wall of the forming box, and a weighing plate with a built-in weight sensor is fixedly installed on the bottom inner wall of the forming box. This invention uses a rodless cylinder-driven reciprocating feeding cylinder, combined with a screw feeder and a laser ranging probe, to achieve multi-layer, multi-point uniform distribution of material within the forming box. This effectively avoids the problem of uneven briquetting density distribution caused by material accumulation on one side in traditional devices, improving the overall density consistency of the briquetting. The weighing plate with the built-in weight sensor accurately measures the weight of the material for each briquetting operation, and combined with an ultrasonic thickness sensor to detect the thickness of the briquetting blocks after forming, this invention ensures that the weight and thickness of each briquetting block are within the set range, meeting standardized production requirements.

The present application relates to infusion pump technology field, especially infusion device control method, before the user starts to use the device, the self-locking type switch circuit is disconnected, the system is in zero power consumption complete power-off state, when the user starts to use the device, the trigger signal of opening the device is generated, the switch circuit is turned on and self-locked, and the control circuit is powered; thereafter, the system controls the subsequent process by accumulating the number of pulses sent to the drive mechanism: when the pulse number reaches the first preset value, the initialization is completed; when the second preset value is reached, the trigger of the needle assisting mechanism is completed, and the infusion needle is implanted into the human body; finally, according to the user setting infusion instruction starts infusion. The control method ensures the safety of the infusion device through the hardware barrier, realizes the automatic and accurate control of the initialization and needle assisting mechanism by using single pulse counting, and realizes the true zero standby power consumption, which significantly improves the safety, reliability and user experience of the infusion device.

The invention discloses a cross-platform omics data integration and standardization method and system based on a depth auto-encoder, and belongs to the field of bioinformatics and computational biology, and the method comprises the steps: receiving cross-platform omics data and quality evaluation; correcting the batch effect by using platform information as a condition and introducing a condition variation self-encoder for resisting loss; fusing multiple omics data into a shared hidden space through a multi-head encoder and an attention mechanism; carrying out missing value filling and enhancement on the fused data based on the generative adversarial network; and outputting the standardized data and evaluating the quality. According to the method, the problems of nonlinear batch effect correction, multi-modal deep fusion and missing value intelligent processing in cross-platform omics data integration are effectively solved, and high-quality automatic data integration and standardization are realized.

The invention discloses a waste liquid and waste treatment carrying mechanical arm trolley for a chemical laboratory. The waste liquid and waste treatment carrying mechanical arm trolley comprises a frame assembly, a waste liquid treatment assembly, a waste treatment assembly, an intelligent monitoring assembly and a mechanical arm assembly. The waste liquid treatment assembly comprises a waste liquid collection barrel, a waste gas purification device, an anti-static funnel and a one-way check valve and is used for collecting chemical waste liquid in a classified manner and treating waste gas; the waste treatment assembly comprises a crushing mechanism and a waste collecting cavity and is used for crushing and storing chemical solid waste. The intelligent monitoring assembly comprises a central controller, a wireless liquid level alarm device and a weighing sensor and is used for monitoring the running state of equipment in real time and performing linkage control; the mechanical arm assembly comprises a mechanical arm body and a positioning sensor and is used for executing grabbing, transferring and throwing actions of the waste liquid barrel and the waste materials. Integrated automatic operation of chemical laboratory waste liquid and waste treatment and carrying is achieved, the treatment efficiency and safety are improved, and the requirement for standardized management of hazardous waste is met.

The utility model relates to the technical field of semen quality analysis, in particular to a concentric circle sperm quality analyzer sample pretreatment structure which comprises a monitor, the bottom end of the inner side of the monitor is fixedly connected with a stepping motor, and the output end of the stepping motor is fixedly connected with a connecting disc. A first circular ring, a second circular ring and a third circular ring are fixedly connected to the top of the connecting disc, an insertion hole is formed in the first circular ring, a sampling cup is slidably connected to the insertion hole, a fixing cylinder is fixedly connected to the bottom end of the inner side of the insertion hole, and placement grooves are symmetrically formed in the outer side of the fixing cylinder; the concentric circle sperm quality analyzer sample pretreatment structure comprises a fixing cylinder, a placing groove is formed in the fixing cylinder, a mounting disc is fixedly connected to the inner side of the fixing cylinder, a connecting groove is formed in the mounting disc, and the interior of the placing groove is communicated with the interior of the connecting groove. And sampling cups with different sizes can be quickly clamped and fixed.

This utility model provides a non-destructive testing device for the local conductivity of foam, relating to the field of foam conductivity testing technology. It includes a support plate with four threaded grooves at both ends and a support frame fixedly mounted on the upper end of the support plate. By removing the sample platform when conductive adhesive or other materials fall onto it, the device allows for timely cleaning of debris. After each foam conductivity test, the sample platform is cleaned to facilitate subsequent testing. Residual conductive materials can interfere with subsequent tests, leading to false positives (misjudged as conductive) or data deviations. This invention solves the problem that foam on the sample platform requires conductivity testing, but conductive adhesive or other materials adhere to it during testing, necessitating frequent disassembly and cleaning if they fall onto the platform, otherwise, conductive adhesive on the sample platform will affect subsequent tests.

The invention discloses a virtual anchor real-time driving system based on facial motion capture, and aims at solving the problems that in the prior art, virtual anchor facial motions are insufficient in accuracy, lack of natural sense and weak in scene adaptation. Audio and video streams are collected in parallel through multiple threads, and the data quality is optimized through self-adaptive preprocessing; the technologies of multi-dimensional facial feature collaborative extraction, double-branch phoneme recognition, face functional region semantic segmentation and confidence coefficient dynamic weight adjustment are adopted, and accurate representation and collaborative fusion of expression and mouth shape features are achieved; and finally, outputting real-time driving characteristics matched with the virtual image through a mouth shape-expression cooperative driving mechanism. Therefore, the accuracy and the natural sense of the face action of the virtual anchor are effectively improved, the adaptability of complex scenes is enhanced, real-time response and low-cost deployment are both considered, and the method is suitable for scenes such as virtual live broadcast and online education and has good application value.

The utility model relates to the technical field of frying pans, and discloses a special frying pan for stirring and frying pasta sauce packets, which comprises a base, the top end of the base is fixedly connected with a fixing frame, the top of the fixing frame is movably connected with a rotating block through a rotating shaft, and the top end of the rotating block is fixedly connected with a connecting plate. A pot cover is fixedly connected to one end of the connecting plate, and a stir-frying assembly is arranged in the pot cover. According to the special stir-frying pan for the spaghetti sauce packet, the stir-frying assembly is arranged, spaghetti sauce raw materials can be automatically stir-fried, stir-frying standardization is guaranteed, a driving motor is started to be matched with multiple sets of gears, a stirring shaft and stirring blades can be driven to rotate along with a triangular plate and do circular motion at the same time, and the stir-frying efficiency is improved. The three groups of stirring blades are arranged to stir and fry raw materials in the pot body, and the raw materials can be stirred and fried in all directions through the three groups of stirring blades, so that the stirring and the frying are more uniform, and the frying efficiency is improved.

The application discloses a decoction medicine water adding amount calculation method and device based on an artificial intelligence adaptive learning model, relates to the technical field of traditional Chinese medicine decoction, and comprises the following steps: receiving a water adding amount calculation request of a target prescription, wherein the water adding amount calculation request is used for requesting to calculate the water adding amount for decocting medicines of the target prescription; analyzing the target prescription to obtain first medicine detailed information of the target prescription, wherein the first medicine detailed information comprises medicine names of a plurality of medicines contained in the target prescription, dosages of the plurality of medicines, and a required liquid medicine amount of the target prescription; and inputting the first medicine detailed information into a water adding amount calculation model to perform water adding amount calculation, so as to obtain the water adding amount, wherein the water adding amount calculation model is an artificial intelligence adaptive learning model.

The invention discloses a dialogue-based rich text editing system, a dialogue-based rich text editing method, a WEB terminal and a storage medium, which are used for improving the accuracy of user input. The system comprises an interactive placeholder module used for creating and managing at least one self-defined interactive node in a rich text editor, and the self-defined interactive node comprises a placeholder node capable of being edited by a user and self-adapting to the content width, and / or a pull-down selection node capable of providing an option list for inline selection of the user; the content template management module is connected with the interactive placeholder module and is used for performing response type state management on the document template containing the user-defined interactive node, and the state management comprises version control and content reuse; and the content filling module is connected with the interactive placeholder module and the content template management module, and is used for providing content based on the context of the user-defined interactive node so as to realize automatic filling of the placeholder node or dynamic updating of options of the pull-down selection node.

The application discloses a high-rise building outer wall hollowing detection and repair integrated robot and a working method, relates to the technical field of intelligent operation and maintenance of building outer walls and high-altitude automatic operation robots, and comprises a robot which takes a construction basket main body as a carrier, and integrates a hollowing detection layer, an adsorption fixing layer and a hollowing repair layer. The hollowing detection layer drives multiple groups of knockers to mechanically knock the outer wall through a rotating shaft, a signal acquisition instrument collects sound signals, an edge calculator performs real-time spectrum analysis and determines the hollowing position and degree in combination with a built-in acoustic characteristic database; the adsorption fixing layer firmly connects the basket and the wall surface through multiple groups of electric telescopic suction disc devices; the hollowing repair layer locks the three-dimensional position of the hollowing through a high-precision GNSS positioning module and a horizontal position locator, an intelligent drilling device is provided with a depth sensor to accurately drill holes, an intelligent grouting / gel device is integrated with pressure and flow sensors to realize closed-loop control, and secondary knocking detection is performed to verify the repair effect. The application realizes the full-process automation of detection, positioning, repair and verification, has high detection precision, good repair quality and high efficiency.

The invention discloses a full-automatic solid nuclear track detector chemical etching system, which relates to the technical field of chemical etching and comprises a clamp, a fuming cupboard, a chemical etching tank, a neutralizing tank, a cleaning tank, a drying assembly, a driving mechanism and a control system. The clamp is used for loading detector elements. The fuming cupboard is used for providing an installation foundation and a ventilation environment. The chemical etching groove is connected with the fuming cupboard and used for containing chemical etching liquid. The neutralizing tank is connected with the fuming cupboard and used for containing neutralizing liquid with the acid-base property opposite to that of the chemical etching liquid. The cleaning tank is connected with the fuming cupboard and used for water washing. The drying assembly is used for providing hot air. The driving mechanism is connected with the clamp and used for moving the clamp. The control system is at least electrically connected with the driving mechanism to control the moving path of the clamp. Compared with the prior art, unattended operation automation of chemical etching can be achieved, manpower consumption is reduced, and etching precision and efficiency are improved.

The invention relates to a business operation environment deployment method and device, computer equipment, a computer readable storage medium and a computer program product. The method comprises the following steps: in response to a selection operation of an enterprise-level user, determining a correspondingly selected resource configuration specification; creating an independent project isolation unit and an independent management account for the enterprise-level user, and generating a conflict-free private network segment; creating object storage resources, a node resource pool of a container arrangement engine, a cache database and a relational database for the enterprise-level user in the private network segment based on the selected resource configuration specification; configuring a network address translation route for the private network segment and creating a network access control rule; obtaining and executing a structured query language script matched with the business system version of the enterprise-level user; creating a business service based on the service deployment template; creating a public network load balancing resource; and creating a back-end access route based on the preset route configuration template. By adopting the method, the deployment efficiency can be improved.

The invention relates to a device and a method for detecting fatigue resistance of a locking mechanism of a civil defense air-tight door, which are used for carrying out cyclic action test on the locking mechanism mounted on the civil defense air-tight door, and comprise a detection base of which the mounting surface is configured to be a locking mechanism mounting structure used for simulating the front surface or the back surface of the corresponding civil defense air-tight door; the power unit is mounted on the detection base and comprises a driving motor and a cycloid speed reducer connected with the output end of the driving motor; the gear transmission unit comprises a small gear connected with an output shaft of the cycloid speed reducer and a large gear in meshing transmission with the small gear, and the large gear is used for being in driving connection with an input rotating shaft of the locking mechanism to be tested; wherein the driving motor drives an input rotating shaft of the locking mechanism to perform forward and reverse reciprocating rotation so as to simulate opening and closing actions of the locking mechanism. The anti-fatigue detection device for the locking mechanism of the civil air-tight door is reasonable in structure, real in simulation, high in automation degree and capable of completing high-frequency cycle tests.

The invention relates to the technical field of sleep staging, in particular to a brain wave-based sleep staging model training method and system. Comprising the following steps: acquiring a sleep label sequence, identifying a switching position, clustering and constructing a conversion section, extracting signal analysis amplitude and rhythm, screening mutation fragments, extracting standard training fragments, organizing a tensor sequence, establishing a numbering relationship, dividing training batches, and generating a task list. According to the method, by recognizing the change points of the electroencephalogram tag and clustering the change points, a dense region of stage conversion can be positioned, the recognition of a critical state is enhanced, the trend judgment of the interval between the rhythm amplitude and the peak value is combined, stable and representative signals are screened out from the change, the sample effectiveness is improved, and unified processing of channels and duration is carried out on signal segments; standardization of input data is guaranteed, the time sequence capturing capacity of the model is enhanced in a serial number arrangement and sequence combination mode, data and labels are ensured to be consistent through unified division rules, and classification accuracy and generalization capacity are improved.

The embodiment of the application provides a data warehouse construction method, system, device and medium, and belongs to the technical field of data warehouse. The method comprises the following steps: acquiring source data from a plurality of business systems and electronic spreadsheet files, and constructing an original data object based on the source data; constructing a dimension constraint object based on a preset index dimension definition rule, and generating dimension identification information corresponding to the dimension constraint object; calling the dimension constraint object to perform unified modeling and verification processing on the original data object, generating a standardized data object, and determining the state of the dimension consistency of the standardized data object based on the dimension identification information; writing the standardized data object into a layered storage structure of a data warehouse based on the state of the dimension consistency, and establishing an association between the dimension identification information and the layered storage result of the completed writing. The application scheme improves the data processing accuracy and flexibility of the data warehouse construction.