14results about How to "Realize process" patented technology

This invention provides a method and apparatus for splitting single-cell mixed sample sequencing data, relating to the field of biotechnology. The splitting method includes: capturing and sequencing single-cell suspensions using a single-cell platform; then performing reference genome alignment, cell identification, and gene expression level quantification on the sequencing data using Cellranger; splitting the cell data identified in step a into two groups of cell data for different sexes based on SNP locus information from the 1000 Genomes Project; and distinguishing the two groups of cell data from male or female samples based on the proportion of sex-specific genes expressed in the two groups of cell data. This splitting method eliminates the need for additional experimental operations such as protein labeling and genome sequencing, and can provide accurate and reliable data splitting even when individual SNP information is unavailable.

Aiming at the problems of inaccurate sediment monitoring, extensive sludge discharge control, low dosing accuracy and the like of the traditional sedimentation tank, the invention provides a visual monitoring and model-driven sediment prediction and sludge discharge control method and system for a sedimentation tank. The method comprises the following steps: visual monitoring: collecting images of a sedimentation tank through an underwater camera device, identifying interface characteristics of bottom mud, and constructing a bottom mud thickness distribution thermodynamic diagram in combination with an inverse distance weighted interpolation method; parameter acquisition: acquiring operation parameters such as water inlet flow, raw water turbidity, pH value and the like in real time; model-driven prediction: establishing a BP neural network model coupled with multiple variables, a mud yield model and a multi-dimensional coupled bottom mud distribution prediction model; and intelligent sludge discharge control: generating an optimization instruction of sludge discharge frequency, quantity and area based on a prediction result, and controlling sludge discharge operation. According to the invention, bottom mud monitoring automation and mud discharge control refinement are realized, the precipitation efficiency is improved, and the operation cost is reduced.

The utility model discloses a vertical turnover device for laminated glass production, and relates to the technical field of glass turnover. The overturning supports and the driving guide rail assemblies are arranged on the assembling supports, and transmission plates are arranged at the opposite ends of the two driving guide rail assemblies correspondingly; and the suction cup seat assemblies are rotationally mounted on the opposite surfaces of the two transmission plates. Through the arrangement of the overturning support, the driving guide rail assembly and the suction cup base assembly matched with the suction cup base assembly for adsorbing the glass, up-down transferring and overturning of the glass can be coherently connected, the composite assembling process of the glass is made to be streamlined and synchronized, invalid actions are minimized, efficiency is remarkably improved, and cost is reduced.

The invention provides a plant AI cultivation technology integration system conforming to a green standard, and relates to the technical field of agricultural intelligent cultivation. The system takes an AI main control module as a core, integrates a green basic configuration module, an environment regulation and control module, a full-process cultivation technology module, an intelligent equipment module, a quality standard management and control module and a traceability module, realizes green standardized configuration of land, a culture medium, a fertilizer and a nutrient solution, and AI dynamic adaptation of natural and artificial environments; the whole process technologies of breeding, cultivation, irrigation and drip irrigation, pollination, harvesting, packaging, processing and the like are synergistically integrated and intelligently optimized. By means of the system, the green index reaching rate of cultivated products can be 100%, the yield is improved by 30% or above compared with traditional cultivation, the product quality meets the domestic and import and export dual standards, the system is suitable for cultivation of various plants such as grains, fruits and vegetables and commercial crops, and the green, intelligent and industrial level of agricultural production is remarkably improved.

The application discloses a kind of transaction flow data exception detection method and system, it is related to big data analysis technical field.The method includes: based on transaction flow data, the operation behavior data of target user in transaction process and the interactive behavior data after transaction completion are collected, and user operation behavior sequence and user interactive behavior sequence are formed by time stamp sorting;The sequence is input into the initial risk coefficient output by pre-training exception risk prediction model, and the model integrates individual behavior baseline and adaptive weight module;The group behavior baseline of similar user group is obtained, and the final risk coefficient is obtained by correcting initial risk coefficient in combination with the matching result of sequence and group baseline;Based on preset risk threshold, final risk coefficient is executed graded exception early warning operation.This application improves the accuracy and timeliness of transaction flow data exception detection by whole-process behavior sequence analysis, individual and group baseline double calibration and dynamic weight adjustment.

The utility model discloses a crack pouring and slotting device of intelligent pavement crack pouring equipment, which is characterized by comprising a frame of the crack pouring equipment, a longitudinal moving guide rail component, a slotting and cleaning operation module and a crack pouring, flattening and sand blasting operation module, the grooving and cleaning operation module is used for conducting grooving operation through a grooving device and conducting groove cleaning operation through a dust suction device synchronously moving with the grooving device; the crack pouring, flattening and sand blasting operation module is used for conducting crack pouring, flattening and sand blasting operation on cracks through a crack pouring and flattening device. The longitudinal moving guide rail assembly is used for driving the grooving device, the dust collection device and the crack pouring and trowelling device to move in the X direction or the Y direction on the horizontal plane. According to the utility model, crack pouring, leveling and sand blasting operations are integrated, so that the operation process of crack pouring equipment is improved, and the working efficiency is improved.

This invention relates to the field of wire packaging technology and proposes a fully automatic multi-functional vertical integrated wire packaging system. The system includes a base frame, a bottom rail, and a clamping and moving frame. The bottom rail is mounted on the base frame, and the clamping and moving frame is slidably disposed on the bottom rail. It also includes a vertical packaging machine feeding mechanism mounted on the base frame, a cylinder-controlled centering and clamping mechanism mounted on the vertical packaging machine feeding mechanism, a labeling mechanism mounted on the base frame, a bottom slide rail disposed on one side of the labeling mechanism, and a product placement rack slidably disposed on the bottom slide rail. This technical solution solves the problem in existing wire packaging processes where continuous transfer, weighing, labeling, and placement are not possible after packaging.

The invention belongs to the technical field of software communication, and relates to an SCA model automatic migration method and terminal.The complete structure information of a to-be-migrated old version model is automatically loaded and analyzed through a model analyzer, then elements are automatically replaced by a mapping engine according to a preset mapping rule, a dependency relationship is rebuilt, and external reference is recorded; the method comprises the following steps of: firstly, distributing unique identifiers for new and old version models and recording change information through a version controller to realize visual tracking of change content, time and range, and finally, sequentially executing new version SCA grammar rule verification and UML grammar semantic verification through a verifier after the models are generated, so as to realize visual tracking of the change content, time and range. According to the method, the compatibility problem is found and fed back in time, a large amount of subsequent debugging work caused by lack of systematic verification in a traditional method is avoided, automation, process and standardization of SCA model migration are integrally achieved, migration efficiency and reliability are remarkably improved, and meanwhile version management experience is optimized.

The utility model relates to gear machining technical field, concretely relates to a kind of grinding and polishing machine for mechanical gear machining, including fixed round table, four placing pedestals are equipped on fixed round table, four placing pedestals are respectively located in placing area, first grinding area, face-up area and second grinding area, the gear to be polished is placed on the placing pedestal of placing area, fixed round table rotates, the placing pedestal of placing area is transferred to first grinding area, the first grinding area includes first polishing mechanism, first polishing mechanism is used to polish and polish the front of gear to be polished, after polishing, fixed round table rotates, the placing pedestal of first grinding area is transferred to face-up area, face-up area drives gear to be processed to overturn, after overturning, fixed round table rotates and drives placing pedestal to move to second polishing mechanism, and second polishing mechanism is used to polish the back of gear to be processed. Through above mechanism, processing technology can be separated, and work efficiency is improved.

The present application relates to the technical field of BIM modeling, and more particularly to a track construction period asset data management method driven by BIM model dynamic updating. The method comprises the following steps: acquiring track construction data and track terrain data stored in a GIS platform; performing component and terrain alignment processing of track construction based on the track construction data and the track terrain data to generate track component terrain alignment data; establishing a track construction dynamic BIM model through the track component terrain alignment data; performing construction-driven minimum maintenance unit node and attribute feature analysis based on the track construction dynamic BIM model to generate construction-driven minimum maintenance unit node-attribute feature data; and performing track construction period asset dynamic management analysis based on the construction-driven minimum maintenance unit node-attribute feature data to generate track construction period asset dynamic management data. The present application realizes BIM model establishment and intelligent dynamic management of assets during the track construction period.

This invention belongs to the field of rocket-based combined cycle engine testing technology. It discloses an experimental device for measuring the condensed phase distribution within a single-sided expansion nozzle under rocket mode. The device includes a two-phase flow gas generator connected to an ignition system. The two-phase flow gas generator simulates the rocket operating mode of a rocket-based combined cycle engine and generates high-pressure, high-temperature gas containing condensed phases. A single-sided expansion nozzle has its inlet end connected to the outlet end of the two-phase flow gas generator to receive the high-pressure, high-temperature gas containing condensed phases output by the two-phase flow gas generator. An optical measurement system is provided, with transparent windows on both the two-phase flow gas generator and the single-sided expansion nozzle. The optical measurement system performs non-contact measurement of the condensed phase particles inside the two-phase flow gas generator and the single-sided expansion nozzle through these transparent windows. This invention achieves visualized, non-contact measurement of the condensed phase particle distribution and particle size within the single-sided expansion nozzle, providing experimental data support for engine design and optimization.

The application discloses a power transformation structure support parameterized modeling and node intelligent design method and system, and belongs to the technical field of power engineering structure design. The method establishes an axis network positioning system based on design parameters, generates a three-dimensional parameterized model by inserting support components through a parameter template and merging nodes, calculates wind load and conductor load according to power industry specifications, completes multi-working condition combination according to a bearing capacity limit state and a service limit state, carries out spatial truss finite element analysis on the model by using a self-contained finite element solution kernel, obtains member internal force and node displacement, checks member bearing capacity and stiffness based on the member internal force, checks structure deformation based on the node displacement, completes node connection bearing capacity and connector checking according to node types, and generates a power transformation structure support design scheme based on the checking results. The application realizes full-process automation of power transformation structure support design through cooperation of parameter driving, specification embedding and automatic checking.

The invention discloses a portable intelligent ultrasonic diagnosis system, and relates to the technical field of medical image and artificial intelligence auxiliary diagnosis. The system comprises a wireless ultrasonic probe and a mobile terminal device, the identity of a patient is bound on the mobile terminal device, a human anatomy schematic diagram is automatically popped up, and after an operator clicks an actual injured area of the patient on the human anatomy schematic diagram, the system automatically jumps to an examination item and plays a preset standardized collection guidance video; an operator holds a wireless ultrasonic probe according to a video, and scans an actual injured area of a patient to obtain an ultrasonic image sequence; the mobile terminal device evaluates the image quality in the ultrasonic image sequence, and if all the image quality does not meet the requirement, re-collection is prompted; and if the quality of at least one frame of image meets the requirement, one frame of ultrasonic image with the optimal quality is screened out, pathological analysis is performed, emergency risks are judged, and risk early warning is performed. According to the invention, light-weight, intelligent and processized auxiliary diagnosis can be carried out on emergency risks.

The application discloses a method for quantitatively testing the content and embedded granularity of organic carbon in gold ore, and belongs to the technical field of gold ore detection. The method comprises sample preparation and quantitative testing. The sample preparation uses palm wax as a cementing agent and barite as a standard sample, and the sample to be tested is prepared through melting, mixing, solidification, polishing and carbon spraying. The quantitative testing is based on an automatic process mineralogy testing system, the palm wax background is removed through background deduction, a spectrum library is established to identify organic carbon and barite particles, the area ratio of the two is measured, the mass ratio is converted in combination with the density ratio, the content of organic carbon in the raw ore is inversely calculated, and the granularity distribution of the organic carbon is counted. The application solves the problem that the prior art cannot simultaneously accurately quantify the content and granularity of organic carbon, has the advantages of high testing precision, high efficiency, comprehensive parameters and simple operation, and can provide key data for optimizing the cyanide leaching process of gold ore.