Ring beam lintel quality detection method based on Dynamo

Abstract

The invention discloses a Dynamo-based ring beam lintel quality detection method. The method is characterized by comprising the following steps of a, data initialization, b, primitive component filtering, c, judging whether primitive components intersect or not, and d, outputting a data report. The Dynamo-based ring beam lintel quality detection method has the advantages of automatic processing, batch processing capability, result recording and rechecking and data visualization.

Description

Technical Field

[0001] This invention relates to ring beams and lintels in building engineering, specifically, a quality inspection method for ring beams and lintels based on Dynamo. Background Technology

[0002] In building construction, the installation of ring beams and lintels is crucial to the quality and safety of the project. For walls 180-200mm thick, when the wall height is 4m < wall height ≤ 6m, a 150mm high ring beam is required at the midpoint of the wall height or above door / window openings. For walls 90-120mm thick, when the wall height is 2.0m < wall height ≤ 3.0m, a brick sill is required at the midpoint of the wall height; when the wall height is 3.0m < wall height ≤ 6m, a 150mm high ring beam is required at the midpoint of the wall height. Additionally, for openings wider than 300mm, a reinforced concrete lintel is required above the opening. However, traditional inspection methods rely on manual measurement. Faced with large amounts of data and complex on-site environments, this is prone to errors and inaccuracies, severely impacting project progress and quality, and failing to meet the efficiency and accuracy requirements of modern project management. Traditional ring beam and lintel inspection methods often rely on manual measurement, which is not only time-consuming but also prone to errors, especially in complex or large-scale projects, often leading to reduced accuracy and efficiency in auditing. Traditional detection methods have the following main problems: 1. Low accuracy: Manual measurement may result in deviations in measurement results due to improper operation, tool errors, etc., which may affect the implementation of design standards.

[0003] 2. Low efficiency: Manual measurement and data recording are cumbersome, especially in large projects, consuming a lot of time and human resources.

[0004] 3. Difficulty in data centralization: On site, ring beams and lintels are often scattered in various locations, making data collection and analysis difficult and increasing the complexity of the process.

[0005] To solve this problem, an efficient, accurate, and automated detection method is needed. Summary of the Invention

[0006] The purpose of this invention is to propose a Dynamo-based method for inspecting the quality of ring beams and lintels, which improves inspection efficiency and quality.

[0007] To achieve the above objectives, the technical solution of the present invention is: A Dynamo-based method for inspecting the quality of ring beams and lintels is proposed. In engineering construction, for walls 180-200mm thick, when the wall height is 4m < wall height ≤ 6m, a 150mm high ring beam needs to be installed at the midpoint of the wall height or above door / window openings. For walls 90-120mm thick, when the wall height is 2.0m < wall height ≤ 3.0m, a brick sill needs to be installed at the midpoint of the wall height; when the wall height is 3.0m < wall height ≤ 6m, a 150mm high ring beam needs to be installed at the midpoint of the wall height. Additionally, for openings wider than 300mm, a reinforced concrete lintel needs to be installed above the opening. The method is characterized by the following steps: a. Data initialization: Data initialization involves selecting the model and starting the data entry function in the Dynamo program; b. Filtering primitive components, including the following steps: (1) Processing of graphic elements selected by box selection; (2) Filter secondary structural walls, ring beams or brick sills and create solid bodies; (3) Simultaneously filter the beam structure frame and door and window components with a width greater than 300mm and create a solid body; c. Determine whether the graphic elements intersect, including the following steps: (1) Use Dynamo scripts to determine whether the wall intersects with the ring beam or the brick sill. (2) Use Dynamo scripts to determine whether the structural frame and door / window components intersect; d. Output data reports, including the following steps: (1) If the wall intersects with the ring beam or the brick sill, it is deemed qualified and the quality inspection ends; if they do not intersect, output the ID information, type name, wall height and thickness information of the non-intersecting wall. (2) If the structural frame intersects with the door and window components, it is deemed qualified and the quality inspection ends; if they do not intersect, output the ID information, type name, wall height, and thickness information of the non-intersecting door and window components.

[0008] The Dynamo-based ring beam lintel quality inspection method of the present invention can be further implemented by the following technical measures.

[0009] In the aforementioned method, the secondary structural wall includes an inner wall, and the thickness of the inner wall is greater than 89 mm.

[0010] After adopting the above technical solution, the Dynamo-based ring beam lintel quality inspection method of the present invention has the following advantages: 1. Automated Processing: Dynamo scripts can automatically extract element and component location data from Revit models, reducing manual intervention and achieving fast and efficient data acquisition and processing. This automated process not only improves the accuracy of inspection but also significantly enhances work efficiency. 2. Batch processing capability: Dynamo scripts can batch process the inspection of multiple components, reducing the tedious process of inspecting individual components one by one. Whether it is a single project or multiple projects in parallel, the scripts can effectively manage and process large amounts of data. 3. Results recording and review: The script can be set to automatically record the test results to a specified location, which facilitates future review and data auditing. At the same time, through data archiving, it can provide reference and comparison for subsequent construction. 4. Data visualization: Dynamo scripts can be used to display the test results in a visual way, presenting qualified and unqualified components in the form of charts or annotations, making it easy for on-site staff to quickly grasp the information. Attached Figure Description

[0011] Figure 1 This is a flowchart illustrating the quality inspection process for ring beams and lintels according to an embodiment of the present invention. Detailed Implementation

[0012] The present invention will be further described below with reference to the embodiments and accompanying drawings.

[0013] Example 1 Please see now Figure 1 This invention relates to a Dynamo-based method for inspecting the quality of ring beams and lintels. In engineering construction, for walls 180-200mm thick, when the wall height is 4m < wall height ≤ 6m, a 150mm high ring beam needs to be installed in the middle of the wall height or at the top of door / window openings. For walls 90-120mm thick, when the wall height is 2.0m < wall height ≤ 3.0m, a brick sill needs to be installed in the middle of the wall height; when the wall height is 3.0m < wall height ≤ 6m, a 150mm high ring beam needs to be installed in the middle of the wall height. Additionally, for openings wider than 300mm, a reinforced concrete lintel needs to be installed above the opening. The Dynamo-based method for inspecting the quality of ring beams and lintels includes the following steps: a. Data initialization: Data initialization involves selecting the model and starting the data entry function in the Dynamo program; b. Filtering primitive components, including the following steps: (1) Processing of graphic elements selected by box selection; (2) Filter secondary structural walls, ring beams or brick sills and create solid bodies; the secondary structural walls include inner walls and the thickness of the inner walls is greater than 89mm.

[0014] (3) Simultaneously filter the beam structure frame and door and window components with a width greater than 300mm and create a solid body; c. Determine whether the graphic elements intersect, including the following steps: (1) Use Dynamo scripts to determine whether the wall intersects with the ring beam or brick sill; (2) Use Dynamo scripts to determine whether the structural frame and door / window components intersect; d. Output data reports, including the following steps: (1) If the wall intersects with the ring beam or the brick sill, it is deemed qualified and the quality inspection ends; if they do not intersect, output the ID information, type name, wall height, thickness and other information of the non-intersecting wall. (2) If the structural frame intersects with the door and window components, it is deemed qualified and the quality inspection ends; if they do not intersect, output the ID information, type name, wall height, thickness and other information of the non-intersecting door and window components.

[0015] This invention has substantial features and significant technological advancements. The beneficial effects of the Dynamo-based ring beam lintel quality inspection method of this invention are as follows: 1. Automated Processing: Dynamo scripts can automatically extract element and component location data from Revit models, reducing manual intervention and enabling fast and efficient data acquisition and processing. This automated process not only improves the accuracy of inspection but also significantly enhances work efficiency.

[0016] 2. Batch processing capability: Dynamo scripts can batch process the inspection of multiple components, reducing the tedious process of inspecting individual components one by one. Whether it is a single project or multiple projects in parallel, the scripts can effectively manage and process large amounts of data.

[0017] 3. Result Recording and Review: The script can be set to automatically record test results to a designated location, facilitating future reviews and data audits. Furthermore, data archiving provides a reference and comparison for subsequent construction work.

[0018] 4. Data visualization: Dynamo scripts can be used to display test results in a visual way, presenting the qualified and unqualified bars in the form of charts or annotations at a glance, making it easy for on-site staff to quickly grasp the information.

[0019] The above embodiments are for illustrative purposes only and are not intended to limit the invention. Those skilled in the art can make various modifications and variations without departing from the spirit and scope of the invention. Therefore, all equivalent technical solutions should also fall within the scope of this invention and are defined by the claims.

Claims

1. A method for quality inspection of ring beams and lintels based on Dynamo. In engineering construction, a wall thickness of 180-200mm is required. When the wall height is 4m < wall height ≤ 6m, a 150mm high ring beam needs to be set at the middle of the wall height or at the top of the door and window openings. For walls 90-120mm thick, when the wall height is 2.0m < wall height ≤ 3.0m, a brick sill is required at the midpoint of the wall height; when the wall height is 3.0m < wall height ≤ 6m, a 150mm high ring beam is required at the midpoint of the wall height; and when the opening width exceeds 300mm, a reinforced concrete lintel is required above the opening. Its distinguishing feature is... Includes the following steps: a. Data initialization: Data initialization involves selecting the model and starting the data entry function in the Dynamo program; b. Filtering primitive components, including the following steps: (1) Processing of graphic elements selected by box selection; (2) Filter secondary structural walls, ring beams or brick sills and create solid bodies; (3) Simultaneously filter the beam structure frame and door and window components with a width greater than 300mm and create a solid body; c. Determine whether the graphic elements intersect, including the following steps: (1) Use Dynamo scripts to determine whether the wall intersects with the ring beam or brick sill; (2) Use Dynamo scripts to determine whether the structural frame and door / window components intersect; d. Output data reports, including the following steps: (1) If the wall intersects with the ring beam or the brick sill, it is deemed qualified and the quality inspection ends; if they do not intersect, output the ID information, type name, wall height and thickness information of the non-intersecting wall. (2) If the structural frame intersects with the door and window components, it is deemed qualified and the quality inspection ends; if they do not intersect, output the ID information, type name, wall height, and thickness information of the non-intersecting door and window components.

2. The method for quality inspection of ring beams and lintels based on Dynamo as described in claim 1, characterized in that, The secondary structural wall includes an inner wall, and the thickness of the inner wall is greater than 89mm.

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