13 results about "Layer interface" patented technology

The invention discloses an automatic design method and system based on BIM software. The method comprises the following steps: initializing an adaptation layer dynamic link library, and establishing a parameter transmission channel with BIM software; preparing BIM design data, registering a basic task in BIM software based on the BIM design data, and establishing a standardized project directory; establishing a parameterized set of tasks which can be automatically modeled; serially arranging the task set into a task list according to design logic, and recording the task list to a project project; and calling the adaptation layer interface through the parameter transmission channel to drive the BIM software or a professional application module in the BIM software to complete automatic modeling. According to the method, the engineering design rule is solidified into the accurate task sequence by calling the BIM software or the interface of the professional application module in the BIM software, automatic execution of the whole process is achieved, the technical problems that manual operation efficiency is low and an existing RPA technology cannot process complex BIM design logic are solved, and design efficiency and quality are remarkably improved.

This application discloses a method, apparatus, electronic device, and readable storage medium for generating a distributed relay protection system. The method includes: receiving a configuration instruction for a target relay protection system; the configuration instruction is an instruction to configure the functions required to be implemented at each system layer according to business requirements; the system layers include a data layer, a device layer, a protocol layer, and an interface layer; parsing the configuration instruction and generating a corresponding configuration file based on the parsed configuration parameters; loading the configuration file to generate the target relay protection system according to the configuration file. As can be seen, this application pre-defines the system layers based on object-oriented principles, allowing users to issue configuration instructions based on the preset system layers to design the required target relay protection system. This layered design reduces the difficulty of system implementation, significantly reduces R&D workload, improves development efficiency, and also contributes to system stability and subsequent maintenance.

The invention discloses a micro-service dependency dynamic optimization merging method and system based on a service portrait, and relates to a micro-service system and data processing, and the method comprises the steps: registering the own ip and port of each micro-service to a service portrait engine in advance, setting an agent port, and forming an interface agent record, wherein the interface proxy record comprises a corresponding relationship among a service ip, a service port, a proxy side optimizer IP and a proxy port; monitoring an external connection request, determining interface calling according to the connection request, and forwarding a request header and a request main body of the connection request to the micro-service system according to the called interface; and in the micro-service system, performing optimization and combination according to the parameters and the result values recorded by the requests of all the layers of interfaces. According to the embodiment of the invention, a portrait-driven pre-merging compatibility verification mechanism is established, interface contract conflicts are prevented, automatic discovery and real-time synchronization of the service interface and the dependency relationship are realized, and the manual configuration bottleneck is eliminated.

The application provides a cross-platform program development method and device, equipment and a storage medium thereof, and relates to the technical field of cross-platform program development.The application comprises the following steps: determining compatible to-be-adapted compatible code from a first bottom-layer interface set;replacing original interface code with the to-be-adapted compatible code to obtain a third bottom-layer interface set; determining an interface uniform interface according to the interface properties of a to-be-adapted operating system and an original operating system; determining source code according to the third bottom-layer interface set and the interface uniform interface to determine a cross-platform program; the second bottom-layer interface set is determined according to the original operating system; and the to-be-adapted compatible code and the original interface code comprise at least one same interface function name. The application can obtain executable programs of an application program in different operating systems by compiling source code once. The application can keep the interface style and operation logic of the executable programs consistent, simplify the research and development steps, reduce the time cost and the release cost, and save research and development resources.

The application provides a rendering method, an engine, an electronic device and a storage medium, the method comprises the following steps: obtaining a plurality of to-be-drawn data; applying a window based on a drawing request generated according to each to-be-drawn data; applying a layer interface of each to-be-drawn data; creating a frame buffer according to each drawing request; performing three-dimensional rendering on the frame buffer; and obtaining display content of each layer interface. The method can be adapted to an android platform, can realize the effect of fusion rendering across processes, and meets the user demand.

The invention discloses a quick simulation method for a cross-layer protocol stack based on Core + Emane. The method comprises the following steps: firstly, packaging a protocol stack function to be simulated into a CORE custom service in an executable file form, and realizing a uniform cross-layer interface module in the CORE custom service; then, in the running process of the protocol stack, a link layer or a network layer calls a cross-layer interface to adjust physical layer parameters in real time according to service requirements, QoS indexes or routing states; optimizing a data transmission path; and finally, deploying a plurality of nodes in the CORE GUI, enabling each node to run a self-research protocol stack service, observing and controlling physical layer parameters of each node in real time through a cross-layer interface module, and verifying protocol performance changes under different topology and different interference conditions. According to the method, the real-time interaction capability of the cross-layer protocol stack is improved, the control delay is reduced, and the protocol stack transplantation efficiency and the simulation credibility are improved.

The invention relates to a trusted data storage method and system based on a hierarchical multi-chain architecture, the hierarchical multi-chain architecture comprises an application scene layer, an interface layer, a plurality of service processing chains, a distributed storage layer and an anchor chain, and the trusted data storage method comprises the following steps: the application scene layer obtains to-be-stored data; uploading to a storage service in a distributed storage layer, and obtaining a unique content identifier returned by the distributed storage layer; the interface layer initiates a data anchoring transaction to a corresponding business processing chain based on the to-be-stored data to realize data chain evidence storage; state roots of the multiple service data chains are obtained and submitted to the anchoring chain, and trust anchoring is achieved; and the interface layer responds to the data verification request, carries out integrity verification through the distributed storage layer, carries out existence verification through the corresponding service data link, carries out global state root verification through the anchor chain, and returns a data verification result. Compared with the prior art, the method has the advantages of realizing cross-domain mutual trust, optimizing a trust anchoring mechanism and the like.

The invention relates to the technical field of film sealing, and discloses a cover tape film sealing stability optimization method and system based on multi-layer interface regulation, and the method comprises the steps: firstly obtaining the attribute data of a cover tape film base material, and recognizing the interface structure and thermal response sequence of the cover tape film base material, so as to construct a multi-layer composite channel; then monitoring a sealing stress queue in the channel, analyzing an adhesion adaptation demand, querying a corresponding heat sealing strength index and generating a sealing stability curve, then identifying a stress concentration node in the curve, and calculating an interface regulation and control value to generate a sealing process instruction; analyzing a process execution queue of the instruction on a preset carrier band interface, querying a stripping response index and calculating a residual adhesive risk ratio; and finally, reconstructing an interlayer sealing process based on the ratio, collecting dynamic packaging data in the process, and finally generating a sealing optimization report corresponding to the cover tape film to form a complete process optimization closed loop. The sealing stability of the cover tape film can be improved.

This invention relates to the field of operation and maintenance technology for power distribution terminals, and in particular to a panoramic operation and maintenance profile management system and method for heterogeneous power distribution terminals. The system includes: an interface adaptation layer, a protocol parsing layer, a model mapping layer, and a panoramic display layer. The interface adaptation layer includes a multi-mode communication interface module, a feature library construction module, and a matching module. The communication interface module is used to set up various communication interfaces to achieve electrical connection with the power distribution terminal. The feature library construction module is used to construct a feature library based on different models of power distribution terminals and the default communication parameter combinations for each model. The matching module is used to perform fuzzy matching between the power distribution terminal connected to the communication interface module and the feature library, automatically completing the configuration and establishing a communication link. This invention fundamentally solves the problem of "miscellaneous tools and semantic confusion" caused by differences in manufacturers, models, and protocols, freeing operation and maintenance personnel from complex software learning and switching, and greatly improving work efficiency and accuracy.

The application discloses an intelligent customer service dialogue system based on multi-source data fusion and emotion perception. The system constructs a six-layer core architecture covering the user and channel layer, the interface layer, the workflow arrangement layer, the core capability layer, the state and data service layer, and the infrastructure and external dependency layer. Based on this bottom layer architecture, the system sequentially executes four core technical processing procedures: first, multi-source data hierarchical retrieval is carried out through a large model drive to fuse cross-source information; second, emotion-driven risk control is carried out to dynamically map intervention strategies; for multi-round interaction, accurate commodity context follow-up question recovery is realized; finally, a large model reasoning tool is called, and external tools are cooperated to close loop complex business. The application effectively suppresses the large model illusion, and significantly improves the retrieval accuracy, emotion perception depth and business automation processing rate of the system.

This invention relates to a method for predicting intra-layer and inter-layer damage under the thermo-mechanical coupling effect of CFRP drilling, belonging to the field of carbon fiber composite material drilling. It involves a comprehensive prediction method for intra-layer and inter-layer damage in CFRP laminates during drilling. The aim is to address the problems of neglecting material property thermal degradation, low computational efficiency, and element distortion in existing technologies. This method analyzes the mechanical behavior of a single CFRP layer under temperature variations, defines failure criteria and damage evolution criteria considering temperature effects, and simulates the inter-layer interface using cohesive elements. Based on the ABAQUS finite element simulation software, a drilling thermo-mechanical coupling simulation model of the CFRP laminate is established. This model significantly improves computational efficiency by optimizing mesh size, adjusting the mass scaling factor, and selecting appropriate element types, while ensuring the accuracy of simulation results. By calculating this simulation model, a comprehensive prediction of CFRP laminate drilling delamination and intra-layer damage is achieved, obtaining the intra-layer and inter-layer damage conditions after drilling considering temperature effects. This method enables a comprehensive analysis of CFRP laminate drilling delamination and intra-layer damage, suitable for guiding the suppression of drilling damage.

The utility model discloses a silicone resin water washes layered interface automatic measuring device relates to interface detection technical field, this machine silicone resin water washes layered interface automatic measuring device, including interface appearance main part, the front surface of interface appearance main part is provided with display screen, both sides of display screen all are provided with control button, both sides of interface appearance main part all are provided with handheld subassembly, the center of interface appearance main part upper end is provided with measuring module, both sides surfaces of interface appearance main part all are provided with mounting groove, and mounting groove is through interface appearance main part before and after, and handheld subassembly inserts along mounting groove and installs with interface appearance main part, handheld subassembly includes mounting seat, and the present scheme has solved that the handle of existing interface appearance is all fixed in interface appearance casing both sides, does not change disassembly replacement after damaging, especially with casing connection place damaging, still need to destroy casing, lead to inconvenient replacement, the problem of high cost.