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A platform for research: civil engineering, architecture and urbanism
Dynamo-based attached lifting operation protection platform mechanical modeling method
The invention provides a mechanical modeling method based on a Dynamo attached lifting operation protection platform, and belongs to the technical field of data processing, a space mechanical structure model of the attached lifting operation protection platform is created through Dynamo and Root, and the model comprises a horizontal supporting structure, a platform framework, a vertical main frame, a guide rail frame, a lifting mechanism, a wall-attached support and a lifting support structure. An integral type full-component mechanical structure model is adopted to replace a traditional local unit type manual load calculation rod piece internal force analysis method, and under the condition that horizontal overhanging protruding components such as an outer wall bay window and an air conditioner plate are recognized, a three-dimensional mechanical model of the attached lifting operation protection platform is preferentially and accurately established according to the size of a standard unit rod piece; all-component and all-working-condition efficient internal force safety analysis and accurate deflection deformation checking calculation of the attached lifting operation protection platform are achieved, the product design and construction safety calculation efficiency is improved, and the accident safety risk of the attached lifting operation protection platform is effectively prevented and controlled.
本发明提供基于Dynamo附着升降作业防护平台力学建模方法，属于数据处理技术领域，发明通过Dynamo及Robot创建附着升降作业防护平台空间力学结构模型，包括水平支承结构、平台构架、竖向主框架、导轨架、升降机构、附墙支座、升降支座结构，采用整体式全构件力学结构模型代替传统局部单元式手工荷载计算杆件内力分析方法，在识别外墙飘窗、空调板等水平悬挑突出构件条件下，优先以标准单元杆件尺寸精确建立附着升降作业防护平台三维力学模型，实现附着升降作业防护平台全构件、全工况高效内力安全分析及准确挠度变形验算，提升了产品设计及施工安全计算效率，有效防控附着升降作业防护平台事故安全风险。
Dynamo-based attached lifting operation protection platform mechanical modeling method
The invention provides a mechanical modeling method based on a Dynamo attached lifting operation protection platform, and belongs to the technical field of data processing, a space mechanical structure model of the attached lifting operation protection platform is created through Dynamo and Root, and the model comprises a horizontal supporting structure, a platform framework, a vertical main frame, a guide rail frame, a lifting mechanism, a wall-attached support and a lifting support structure. An integral type full-component mechanical structure model is adopted to replace a traditional local unit type manual load calculation rod piece internal force analysis method, and under the condition that horizontal overhanging protruding components such as an outer wall bay window and an air conditioner plate are recognized, a three-dimensional mechanical model of the attached lifting operation protection platform is preferentially and accurately established according to the size of a standard unit rod piece; all-component and all-working-condition efficient internal force safety analysis and accurate deflection deformation checking calculation of the attached lifting operation protection platform are achieved, the product design and construction safety calculation efficiency is improved, and the accident safety risk of the attached lifting operation protection platform is effectively prevented and controlled.
本发明提供基于Dynamo附着升降作业防护平台力学建模方法，属于数据处理技术领域，发明通过Dynamo及Robot创建附着升降作业防护平台空间力学结构模型，包括水平支承结构、平台构架、竖向主框架、导轨架、升降机构、附墙支座、升降支座结构，采用整体式全构件力学结构模型代替传统局部单元式手工荷载计算杆件内力分析方法，在识别外墙飘窗、空调板等水平悬挑突出构件条件下，优先以标准单元杆件尺寸精确建立附着升降作业防护平台三维力学模型，实现附着升降作业防护平台全构件、全工况高效内力安全分析及准确挠度变形验算，提升了产品设计及施工安全计算效率，有效防控附着升降作业防护平台事故安全风险。
Dynamo-based attached lifting operation protection platform mechanical modeling method
基于Dynamo附着升降作业防护平台力学建模方法
HU ZHAOWEN (author) / LIANG YI (author) / LI QINGGANG (author) / SU GANG (author)
2023-04-04
Patent
Electronic Resource
Chinese
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