7results about How to "Resolve inconsistencies" patented technology

This utility model relates to the field of wall component technology, specifically a connection structure between a suspended colored steel plate rainwater hopper and a wall. The structure includes a wall body, with multiple sets of wall purlins on the outer surface of the wall body. Rainwater hopper connectors for support are mounted on the outer periphery of the wall purlins via self-tapping screws. A specially designed colored steel plate rainwater hopper for drainage is mounted on the end of the rainwater hopper connector away from the wall body via a self-tapping screw. In the use of this connection structure, rainwater from the roof is guided by a rainwater bend and discharged through the specially designed colored steel plate rainwater hopper. The outlet of the rainwater bend is located inside the specially designed colored steel plate rainwater hopper, allowing rainwater to naturally flow into the hopper for discharge, effectively avoiding the "teapot effect" and solving the problem of incompatibility between the rainwater hopper / pipe and the exterior wall.

This application discloses a database object processing method, system, device, and medium, applied in the field of database technology. In the mapping phase, the hierarchical identifiers (after removing hierarchical separators) of the original identifier key are concatenated into a hierarchical identifier string, generating a first digital fingerprint. A mapping identifier key is generated based on the target start character, the target digital fingerprint algorithm identifier, the first digital fingerprint, the target hierarchical identifier length, and the hierarchical identifier string. In the inverse mapping phase, after determining that the mapping identifier key starts with the target start character, the hierarchical identifier string is segmented based on the target hierarchical identifier length to obtain each hierarchical identifier, generating a second digital fingerprint. When the second digital fingerprint matches the first digital fingerprint, the hierarchical separator is used to restore each hierarchical identifier to the original identifier key. By constructing a unified bidirectional mapping mechanism, the database cluster can be compatible with different metadata services, significantly improving system scalability.

The purpose of the present application is to provide a method and device for determining the label of a transaction merchant, by constructing a merchant label standardization library and a merchant context database; obtaining a target merchant's to-be-labeled task, the to-be-labeled task including a user role, user input information and task content; retrieving the merchant context database according to the user input information to obtain a preset number of external merchant data with the highest similarity, and simultaneously selecting a normalized label most suitable for the target merchant from the merchant label standardization library according to the task content; integrating the user role, user input information, preset number of external merchant data and normalized label of the target merchant to obtain a prompt word of the target merchant; inputting the prompt word of the target merchant into a large model for reasoning of merchant classification to obtain a final unique label of the target merchant, thereby solving the problem of non-uniformity of the label output by the large model in the prior art and reducing the cost of manual labeling of merchant label data.

This invention relates to the field of seismic signal processing technology, specifically disclosing a method and apparatus for processing the consistency between explosive source and controlled source seismic data. The method includes: performing phase-shift filtering on controlled source data to obtain processed data; mixing and superimposing the processed data with explosive source data to generate a mixed superimposed profile; analyzing the mixed superimposed profile and the separately superimposed profile of the explosive source data to obtain optimal phase-shift filtering parameters; performing matched filtering based on the optimal phase-shift filtering parameters to obtain a matched filtering factor; and applying the matched filtering factor to pre-stack data to correct the controlled source wavelet. This invention utilizes the data adaptability of phase-shift filtering, considering the differences in seismic data caused by different excitation and reception conditions, and reduces the phase difference between the two types of source data in a time-varying and spatially varying manner. Combined with matched filtering, it further aligns the controlled source data with the explosive source data in terms of phase, frequency, and amplitude, providing better basic data for subsequent data processing.

This application discloses an electromagnetic environment simulation modeling method, apparatus, device, medium, and product, relating to the field of simulation modeling. The method includes: obtaining simulation modeling requirements; extracting target waveform data from a standardized waveform database based on the simulation modeling requirements, wherein the standardized waveform database includes waveform data of various electromagnetic environment waveforms; determining a target description file based on the target waveform data and simulation setting parameters, wherein the simulation setting parameters are included in the simulation modeling requirements; and determining an executable file based on the target description file and simulation modeling requirements, wherein the executable file is used to instruct target simulation software to generate an electromagnetic environment model. This application solves the technical problems of inconsistent modeling methods and cumbersome modeling processes in existing electromagnetic environment simulation modeling methods.

This invention relates to the field of intelligent connected vehicle technology, addressing the shortcomings of existing intelligent connected vehicle communication network trust assessment and consistency coordination. Specifically, it relates to a collaborative control method for trusted interaction among intelligent connected vehicle groups under a zero-trust architecture. By fusing direct and indirect trust functions to obtain a dynamic comprehensive trust assessment function, it achieves real-time fusion of the global communication network and the comprehensive trust calculation model, accurately quantifying the degree of interaction between vehicles and significantly improving the safety performance of ICV group interaction. A distributed collaborative control algorithm based on state feedback adapts to differences in vehicle trust levels, achieving the goal of consistent coordination among vehicle queues and ensuring the stability of collaborative control in dynamic communication scenarios for the ICV group. The integrated design of zero-trust security protection and vehicle communication network allows the security of communication relationships in the ICV group system to be updated in real time, adapting to the communication topology changes under dynamic vehicle movement.

The utility model provides a kind of mobile energy charging device for vehicle.Mobile energy charging device for vehicle is charged for the automobile to be charged by charging power supply and charging connector installed on car.Charging power supply can not only meet the power demand of car itself, but also provide energy for the automobile to be charged.Charging detection module is further provided in charging connector, and charging power supply starts to discharge to the automobile to be charged after charging connector is connected with the automobile to be charged.This method can realize energy sharing between vehicles and improve energy utilization efficiency.Electricity type detection module is further provided in charging connector, and electricity type detection module can make charging connector adapt to a variety of brands and a variety of models of the automobile to be charged by identifying the type and charging parameters of different vehicles, which greatly improves its compatibility and versatility.