5 results about "Design team" patented technology

The invention provides a design method and device for a deployment architecture and a storage medium, and the method comprises the steps: loading a webpage of a designer when a user logs in the designer; a canvas is arranged in the webpage; when it is verified that the user belongs to the deployment architecture design team in the project, primitives which are designed by the micro-service design team and / or the architecture design team in the project and represent system infrastructures are loaded in the canvas; configuring architecture deployment information for the primitives; and exporting the primitive and / or architecture deployment information as a deployment design result file. According to the embodiment, multi-person online design is provided for deployment architecture design, the multi-person cooperation capability is effectively improved, various design achievements in the project design process are undertaken, the deployment design efficiency is improved, the consistency and integrity of the design achievements are guaranteed, the adjustment of the project design achievements can be directly embodied and adjusted in the deployment architecture design, and the deployment architecture design efficiency is improved. And the accuracy of architecture deployment design is ensured.

The invention discloses a multi-modal data-based user cooperation and interaction capability evaluation method, system and terminal, and the method comprises the steps: designing a team task under a pressure situation, selecting a plurality of users to participate in the team task, and obtaining the multi-modal data of the plurality of users in the team task; performing feature extraction on the multi-modal data to obtain a multi-modal intermediate variable, and inputting the multi-modal intermediate variable into a trained multi-modal intermediate variable analysis model for feature extraction to obtain a current multi-modal feature; and inputting the current multi-modal features into a trained multi-modal fusion and evaluation model to carry out multi-feature fusion and evaluation to obtain respective cooperation and interaction capability evaluation results of the plurality of users. According to the method, an automatic evaluation framework with two-stage verification is constructed, and the accuracy and reliability of user cooperation and interaction ability evaluation are greatly improved through a training and verification mechanism with double introduction of expert evaluation conclusions and psychological measurement data.

This utility model discloses an easily installable insulated composite crossarm, belonging to the field of insulated composite crossarms. It aims to solve the problem that the current common approach in the prior art is to separately customize special irregular clamps. However, from a cost perspective, customizing irregular clamps requires more design investment. The design team not only needs to design separately for different shaped towers but also needs to conduct repeated simulation tests to ensure that the irregular clamps can meet the mechanical performance requirements under different working conditions, leading to a significant increase in the overall project cost. The crossarm includes an insulated composite crossarm with a mounting plate at its lower end. The mounting plate has a splicing mechanism at its outer end, and mounting mechanisms at both its inner and outer ends. Each mounting mechanism includes adjusting blocks connected to the left and right ends inside the mounting plate, with a bearing installed at the end of the adjusting block furthest from the center of the mounting plate.

The invention discloses a modular building intelligent design and simulation system based on digital twinning, particularly relates to the technical field of building intelligent design, and comprises a digital twinning modeling module, a stress analysis and load prediction module, a scene adaptation optimization module, a module connection structure adjustment module and a collaborative design and data sharing module. The system performs dynamic simulation and load prediction and optimizes building design by acquiring a building geometric model, material attributes, environmental data and component stress data in real time, and realizes real-time cooperation and feedback among design teams through a data sharing platform, so that the structural safety and performance of a building under various environmental conditions are ensured. According to the method, through real-time dynamic data calibration and environment simulation, the precision and adaptability of building design are remarkably improved, the problems of load change and structural stress in a complex environment can be effectively solved, the design efficiency is improved, potential safety hazards are reduced, the overall performance and safety of a building are ensured, and the method is suitable for popularization and application. And the full-life-cycle management of the building is optimized.

The application discloses a kind of based on data simulation's building project collaborative design method and system.First, the building basic information of target building project and the personnel basic information of design team are acquired, and the priority of design project is determined and priority order list is generated.Then, according to order list and personnel basic information, design project allocation is carried out, and design project allocation scheme is formed.Next, according to allocation scheme, project design is carried out, design drawing data is acquired, and building component identification is carried out on drawing data.BIM technology and identification result are used to build simulation construction system, and simulation construction is carried out based on the system to obtain simulation construction result.Finally, according to simulation construction result, design conflict is identified, and collaborative correction is carried out on design drawing data.The application effectively improves design collaborative efficiency and design quality by BIM technology for data simulation.