9 results about "Design integration" patented technology

The invention discloses an ALC partition board and pipeline integrated construction method. The method comprises the steps of deepened design, drawing, ALC partition board production, structural pipeline pre-burying, ALC partition board field installation and inspection and acceptance. According to the deepening design, BIM technology integrated design is adopted, and building structure model deepening, hardcover tail end point deepening, electromechanical pipeline pre-burying deepening, ALC partition wall board deepening and structure formwork deepening are conducted in a unified mode; the drawing is that an ALC partition board production drawing, a structure mold matching drawing and an electromechanical reserved embedded drawing are formed after deepened design and integration; according to production of the ALC partition wall board, high-temperature-resistant line pipes and line boxes are fixed to a partition wall board reinforcing mesh in an auxiliary mode through fixing pieces according to a production drawing, and the high-temperature-resistant line pipes and the line boxes and the partition wall board are poured together to form a whole. The structural pipeline pre-burying is that line pipes are pre-buried according to the position of a deepening graph during structural construction; according to field installation of the ALC partition wall board, rapid and accurate positioning is conducted through a board erecting machine and a pulling rope according to a layout map, line pipes in the board and structural pre-embedded line pipes are rapidly connected, and fixing is conducted after correction.

The invention relates to the technical field of software control, in particular to an extrusion die design system and method, terminal equipment and a storage medium, and the system comprises a file receiving module, an integration module, a command module and a real-time display module; the file receiving module is used for acquiring and storing a mold design file input by a developer; the integration module is used for associating the input mold design files; the command module is used for providing a preset editing command and performing corresponding editing operation on the mold design file according to the triggered editing command; and the real-time display module is used for updating and displaying an editing operation result in the three-dimensional model in real time after the mold design file is edited. Therefore, the effect of die design integration is achieved, and the working efficiency is improved.

The application provides a safe ignition transducing element chip design parameter determination method, and belongs to the field of electric heat ignition devices for electric detonators. The transducing element chip comprises a bridge region, the bridge region has a V-shaped structure, and the method comprises the following steps: setting a bridge region resistance value according to a preset fusing current of the bridge region; setting an angle of a V-shaped angle in the V-shaped structure according to a preset explosion time of the bridge region under a preset explosion current input; determining a length-width ratio of the bridge region according to the angle of the V-shaped angle and the bridge region resistance value; setting a bridge length according to the preset critical explosion current, and determining a bridge width according to the length-width ratio of the bridge region and the bridge length. The method can design the transducing element chip meeting the safe ignition requirement, and can reduce the chip design difficulty and use cost under the premise of ensuring the size precision of the bridge shape.

1. Name of this design product: Graphical user interface for biotechnology service project management on a computer. 2. Purpose of this design product: Used on a computer to display a graphical user interface for biotechnology service project management, integrating detailed information on projects and sub-projects through a card-style design. 3. The key design point of this design product lies in the interface content of the graphical user interface. 4. The picture or photo that best illustrates the key points of the design: main view. 5. The product applied for this design patent application is of conventional design, and the rear view, left view, right view, top view and bottom view are omitted. 6. Other situations that require explanation: The main view of the product is the contract details interface, which can manage the projects and sub-projects under the contract to add, edit and delete projects; click "New Project" in the main view to enter the change status diagram.

The application relates to a model verification method suitable for a distributed system of SysML, Simulink and AADL, and belongs to the technical field of system integration verification. The method comprises the following steps: according to model description files of SysML, Simulink and AADL, extracting model element sets and related attribute information respectively to obtain SysML, Simulink and AADL model information mapping tables; according to selected verification rules, obtaining required model elements and related attribute information from the SysML, Simulink and AADL model information mapping tables; according to the selected verification rules, verifying the obtained required model elements and related attribute information, if the verification is passed, no prompt information is generated; otherwise, it is prompted that the selected verification rules are not met, and a verification result is output. The application solves the problem that the consistency, real-time performance and safety of the design integration stage and the corresponding demand models and design models of each subsystem cannot be verified at present.

The invention belongs to the technical field of electric power survey design, and discloses an electric power survey design integration method and system for intelligent power grid construction, and the method comprises the steps: extracting preset engineering features of an existing survey result in a current engineering region, and forming a sample set in combination with current engineering planning condition features; the sample set is input into a pre-trained graph neural network, the engineering application probability and the instability risk score of each survey result are output, nodes of the graph neural network correspond to single survey results, and edges participate in design relation construction based on spatial adjacency, engineering association or joint; and generating a design consistency constraint for the survey result meeting the preset threshold, and finally checking the conformity of the design scheme and the constraint. The method realizes substantive integration of survey and design, improves the design efficiency and quality, and reduces the rework risk.

1. Name of the design product: Graphical user interface for biotechnology service project report delivery on a computer. 2. Purpose of this design product: Used on a computer to display a graphical user interface for the delivery of bioinformatics technology service project reports, integrating detailed information on projects and sub-projects through a card-style design. 3. The key design point of this design product lies in the interface content of the graphical user interface. 4. The picture or photo that best illustrates the key points of the design: main view. 5. The product applied for this design patent application is of conventional design, and the rear view, left view, right view, top view and bottom view are omitted. 6. Other situations that require explanation: The main view of the product is the user's project management main interface. The three-column layout presents the hierarchical relationship of contracts, projects, and sub-projects in sequence. In the sub-project column, click "View Delivery" to enter the Change State Diagram 1; click "Record" in the experimental link module in the Change State Diagram 1 to enter the Change State Diagram 2 to view all report records of this link.

The invention provides a multi-port energy router twin model design method based on data driving. The method comprises the following steps: constructing a passive device refined model to simulate physical port characteristics; a parameter lumped simulation module is added at a port to simulate a coupling parameter, a parasitic parameter and a line parameter of the whole energy router; obtaining normalized data of port voltage and current of the real object under the corresponding working condition; obtaining normalized data of port voltage and current under corresponding working conditions of the passive device refined model and the parameter lumped simulation module; enabling the normalized data to form a corresponding loss function expression; carrying out minimum value searching on the loss function through a Bayesian optimization algorithm; the steps are repeated, and the parameters under all the working conditions are designed respectively; integrating the parameter data under all working conditions, and taking a mean value of the parameter data as a final parameter design result. The method has high modeling precision, and port characteristics are closer to actual prototype port characteristics.

The application belongs to the technical field of electric power survey design, and discloses an electric power survey design integration method and system for smart grid construction, which comprises the following steps: extracting preset engineering characteristics of existing survey results in a current engineering area, combining current engineering planning condition characteristics to form a sample set; inputting the sample set into a pre-trained graph neural network to output engineering application probability and instability risk score of each survey result, wherein the nodes of the graph neural network correspond to single survey result, and the edges are constructed based on spatial adjacency, engineering correlation or common participation in design relationship; generating design consistency constraints for survey results meeting a preset threshold; and finally checking the compliance of the design scheme and the constraints. The method realizes substantial integration of survey and design, improves design efficiency and quality, and reduces the risk of rework.