14results about How to "Convenient review" patented technology

This invention relates to the field of container loading optimization technology, and particularly to a container loading optimization method and system considering palletizing. The method includes setting container information, palletizing constraints, and cargo information; generating available pallet sizes and corresponding stack shapes; eliminating stack shapes with bottom coverage below a threshold; using the selected stack shapes to form transverse pallets that meet preset requirements; establishing a mathematical model and solving it using integer programming to obtain an initial loading scheme; performing mixed pallet loading on the remaining container space and remaining cargo, ensuring that the mixed pallet loading meets the requirements of full pallet coverage and full support; generating the mixed pallet loading result and a three-dimensional visualization model. This invention incorporates the entire palletizing-related calculation process into the optimization algorithm to solve the technical problems of cumbersome, inefficient, inaccurate, poor space utilization, and high labor costs in existing container loading calculation processes.

This invention discloses a multi-condition self-traceable calibration method and system for insufflators, relating to the field of insufflator metrology technology. The method includes: constructing a standard loop to apply back pressure and inject a controllable leakage; during a continuous calibration, controlling the insufflator under calibration to sequentially enter pressure stabilization, flow stabilization, and leakage disturbance conditions, synchronously collecting data through collaboratively working traceable pressure and flow references; comparing the reference measurements with the insufflator's readings to calculate pressure coupling error, flow coupling error, and dynamic response characteristics; performing standard state conversion based on preset standard pressure and temperature, fitting and generating calibration coefficients to correct the measured values, and generating a judgment result based on comparison of coupling error and dynamic response characteristics with preset thresholds; generating an automatic report including operating condition type, residual, final calibration measurement results, and uncertainty. This invention improves calibration accuracy and traceability through three-condition linkage calibration and environmental factor compensation.

This invention relates to the fields of medical informatics and medical big data analysis, and particularly to a full-chain integrated data system and data processing method for obesity management. The system includes the following steps: constructing a standardized obesity management data model covering the entire process of obesity from pre-diagnosis to diagnosis and post-diagnosis, forming a unified metadata architecture; receiving raw obesity management data, preprocessing it, generating standardized obesity management data, and storing it; constructing a longitudinal timeline centered on the patient, linking intervention information and indicator data at each stage of pre-diagnosis, diagnosis, and post-diagnosis, and calculating indicator changes; and generating follow-up and re-examination plans and periodic management summaries based on the event sequence and indicator changes in the longitudinal timeline, combined with preset management cycle rules and risk identification rules. This invention enables continuous integration and closed-loop management of multi-source data in obesity management scenarios, improving data integration efficiency.

This invention relates to the field of information technology, specifically to a decision tree method, execution engine, and performance optimization method and system for performance analysis. The basic principle of the solution is to propose an innovative decision tree representation method, abstracting performance expert logic into a full binary tree model, and defining it as a machine-readable decision tree definition file using a specific syntax. The branch nodes are ternary expressions containing atomic capability function calls, and the leaf nodes are parallel-executable solution expressions. The accompanying dedicated execution engine loads the decision tree into a two-dimensional array structure, calculates indices based on node execution results, and performs layer-by-layer jumps, ultimately driving the execution of the solution. This invention realizes the transformation of the performance analysis process from experience-dependent to standardized and automated execution, solving the problems of difficult knowledge accumulation, low analysis efficiency, and cumbersome or unsuitable general automation tools in existing technologies. It possesses the core effects of high readability, high execution efficiency, and strong scalability.

The application provides a three-dimensional modeling method and system based on cooperation of a mobile phone and a UAV in shooting, comprising a data acquisition module, a data transmission module, a data processing center and a model display and analysis module; the data acquisition module adopts an acquisition strategy configuration logic based on a traffic accident type and combined with an accident scene scale, and is used for determining a combination mode of acquisition equipment under different traffic accident scenes; the data acquisition module comprises a mobile phone shooting unit used for close-range data acquisition of a small-range traffic accident scene and a UAV shooting unit used for data acquisition of a large-range traffic accident. Through the cooperative acquisition mode of the mobile phone and the UAV and combined with a three-dimensional modeling processing flow, macro scene information and micro detail information can be simultaneously acquired at an accident scene, the acquisition and modeling of key elements of the accident scene can be completed in a short time, and the application is favorable for shortening the occupation time of the accident scene and improving traffic relief efficiency.

This application belongs to the interdisciplinary field of computer application technology and aerospace equipment technology, and specifically relates to an intelligent technical document compilation system and method based on evidence constraints. The system includes a data governance module, a compilation constraint graph construction module, an automated generation module, an intelligent review module, an intelligent retrieval module, a change impact analysis module, and an interface integration module. The system converts multi-source equipment technical data into source record objects, chapter unit objects, and evidence objects, constructs a chapter constraint graph, and generates chapter task packages containing template skeletons, mandatory entities, mandatory parameters, and evidence sets. Based on this, it outputs initial drafts of the document with evidence identifiers, and forms candidate release versions through rule review, graph consistency review, and semantic review. When the technical status changes, it identifies affected chapters and recompiles them accordingly. This invention improves the traceability, consistency, and timeliness of technical document compilation, review, retrieval, and updating.

The application discloses a kind of digital multimeter automatic test methods based on configuration table. Including: constructing digital multimeter automatic test system, set configuration table, the configuration table includes multiple rows of data, each row of data includes multiple parameter variables of the digital multimeter to be measured and multiple behavior variables of digital multimeter automatic test system, each row of data corresponds to a test point of the digital multimeter to be measured;Based on the measurement value and theoretical output value corresponding to test point, the eligibility of test point is determined, and a test report is generated based on the determination result of each test point.The application abstracts all controllable variables and test logic, parameterizes, and stores in a structured configuration table, thereby realizing data-driven of test process, and the entire test process can be defined and modified by modifying the configuration table, which fundamentally improves the flexibility, transparency and work efficiency of the test system.

This invention belongs to the field of intelligent coal mine and safety monitoring technology. Specifically, it discloses a method and system for detecting residual coal based on multimodal visual fusion and deep learning. It integrates multispectral visual information from visible light, infrared, and thermal imaging, and uses deep learning algorithms for feature fusion and decision-making. It enables real-time, non-contact intelligent identification and evaluation of the state of residual coal in the skip after coal unloading in the main shaft of a coal mine. This provides real-time and reliable sensing signals to improve system safety and automatic cleaning. Even when any single-modal data is interfered with, the system can still guarantee its basic judgment ability, greatly improving the detection stability in complex underground environments.

This invention discloses a method for evaluating the seismic improvement effect of reinforced concrete (RC) columns, specifically relating to the field of structural engineering test evaluation. The method includes acquiring load data, displacement data, and surface state records of the joint area, chamfer area, and enclosure boundary area of ​​both the reinforced and control RC columns under the same axial reciprocating loading sequence. The load data, displacement data, and surface state records are matched according to the cycle sequence and acquisition time, outputting an overall response sequence and a local state sequence. The local state sequence is then acquired and compared sequentially with the surface state records at each acquisition time. By comparing the first persistent failure point of the joint area, chamfer area, and enclosure boundary area with the improvement section in a time sequence, local irreversible failure can be included in the judgment of effective improvement, thus relatively avoiding misjudging schemes with only surface advantages as effective seismic improvements.

This utility model belongs to the field of document collaborative processing technology and discloses a document processing device, which includes a processing host and an expansion device. The processing host includes a host base, a processing display screen, an instruction issuing component, and an identity recognition component. The identity recognition component can identify users, and the processing display screen is communicatively connected to the identity recognition component, enabling it to unlock or lock, and display the document content corresponding to the user. The instruction issuing component can input review instructions and is communicatively connected to the processing display screen, which displays the processed document and the review instructions. The expansion device includes an expansion base and an input component. The expansion base is detachably connected to the host base, and the input component is communicatively connected to the processing display screen, enabling it to input review information, which is then displayed on the processing display screen. This document processing device enables collaborative review of requirement documents by multiple users, improving the convenience and efficiency of requirement document review and increasing software development efficiency.

The application relates to an asymmetric fault evolution model establishment and diagnosis method of a ceramic rolling bearing, which comprises the following steps: S1. signal acquisition; S2. data preprocessing; S3. defect geometry modeling; S4. dynamic response simulation; S5. feature extraction; S6. feature matching and fault stage identification; and S7. fault early warning output. The application also provides an asymmetric fault evolution model establishment and diagnosis system of a ceramic rolling bearing. The application introduces asymmetric geometry representation and establishes a differential evolution model on both sides of a defect, so that the model can depict the profile difference between the entering side and the leaving side of the defect and the evolution law of the profile difference under different working conditions, thereby improving the representation capability of the real defect morphology of the ceramic bearing. The application provides a modeling and diagnosis method and system which can describe the asymmetric defect evolution law and is coupled with the vibration response characteristics, and the precision of the fault prediction and diagnosis of the ceramic bearing is improved.

This invention discloses an intelligent spherical tank fire response training system. The system comprises a spherical tank simulation facility, an environmental monitoring facility, an intelligent assessment system, and a central control system. The spherical tank simulation facility simulates the structure of a spherical tank and common fire scenarios. The conical component environmental monitoring facility collects environmental parameters and operational data from trainees at the training site. The conical component intelligent assessment system provides real-time evaluation of trainees' firefighting and rescue operations. The conical component central control system coordinates the operation of all components, enabling the entire training system to be controlled, self-checked, and remotely monitored. This enhances the realism and practicality of the training, allowing trainees to conduct training in a highly realistic environment, effectively improving their emergency response capabilities and practical skills, and addressing the disconnect between traditional training and actual emergency situations.

The application relates to the technical field of intelligent control, and discloses an unmanned water sample automatic analysis system and method based on artificial intelligence and a computer storage medium, which comprises a water sample access device, a water sample storage device, a water sample separation device and a water sample analysis device. Through the cooperative linkage of the water sample access device, the water sample storage device, the water sample separation device and the water sample analysis device, the system realizes the whole-process unmanned operation from water sample access, identification, control, storage, separation pretreatment to water quality analysis and result synthesis. It can be seen that the system described in the application can realize the full-automatic control and analysis monitoring of a plurality of water samples, and is favorable for improving the water quality analysis monitoring efficiency and the water quality analysis monitoring reliability.

The utility model discloses a kind of concrete distributing machine supporting foot support structure and supporting device, belong to building construction technical field.A kind of concrete distributing machine supporting foot support structure, it includes support frame, adjusting screw rod, support frame connecting rod, support frame includes the top plate and bottom plate of rectangle, multiple support skeletons are fixedly connected between top plate and bottom plate, cross brace is fixedly connected between support skeleton, reinforcing angle is respectively fixed in the upper portion four side positions of top plate, the bottom plate bottom four corner positions of support frame are respectively fixedly connected with a vertically arranged adjusting screw rod, adjusting screw nut is threadedly connected on adjusting screw rod, the lower portion of each adjusting screw rod is movably sleeved with a support frame connecting rod.The utility model can make that distributing machine support is completely independent of the reinforcing mesh of structure to be poured, formwork, distributing machine construction load can be directly transmitted to scaffold foundation, is no longer by reinforcing bar, formwork stress, avoid the security and quality problem brought by distributing machine load acting on reinforcing bar, formwork.