60 results about "Shop drawing" patented technology

The invention relates to the technical field of building models, in particular to a BIM-based building construction drawing design model construction method. The method comprises the following steps: extracting three-dimensional space coordinates and construction attributes of a component from a preset BIM building design model, wherein the construction attributes comprise layered material information of the component and the material thickness of each layer; projecting the three-dimensional space coordinates of the component to a two-dimensional view plane to generate a two-dimensional projection contour; calculating the vertical distance from the component to the view plane, and determining the display level of the component according to the size of the vertical distance; and identifying a construction node position on the two-dimensional projection contour, matching the construction node position with the construction attribute, and generating a detailed drawing index mark at the construction node position according to a matching result. According to the space distribution and the sideline direction of the blank area, the size marking lines are automatically generated, the reasonable spacing is kept, and the problems of shielding and overlapping are avoided.

The invention belongs to the technical field of building construction and equipment installation, and provides an installation method and device for a threaded sleeve of a rolling mill, and the installation method comprises the following steps: S1, selecting the threaded sleeve of a proper specification according to a construction drawing, and assembling the installation device comprising a laser positioning mechanism, a fixing mechanism and a hydraulic supporting mechanism; s2, the threaded sleeve is arranged on a fixing mechanism; s3, a laser positioning mechanism is started to monitor the three-dimensional space position of the sleeve in real time; s4, in the concrete pouring process, the hydraulic supporting mechanism compensates foundation settlement in real time; and S5, remeasuring the position precision of the sleeve by using a laser tracker. Compared with the prior art, by integrating the laser positioning mechanism, the modular fixing mechanism and the hydraulic supporting mechanism, a measurement-control-adjustment integrated installation process is constructed, the defect that traditional manual lofting and static supports cannot cope with construction disturbance is effectively overcome, and the overall precision and reliability of threaded sleeve installation are remarkably improved.

The utility model relates to the technical field of construction drawing storage, in particular to a construction drawing storage device which comprises a main body, a top cover is fixedly mounted at the top of the main body, a first sealing ring is fixedly connected to the outer wall of the main body, a handle is fixedly connected to the right side of the main body, and a first base is fixedly connected to the bottom of the main body. A moving hole is formed in the bottom of the main body, and a moving column is slidably connected to the inner wall of the moving hole. By arranging the moving column, the first sealing cylinder, the moving disc and other components, liquid in the first sealing cylinder is pushed by pushing the moving column upwards, and the pushed liquid can be conveyed into the second sealing cylinder through the conveying pipe; when the liquid in the second sealing cylinder is increased, a hook is separated from limitation, a movable disc is bounced upwards, a container for storing drawings is bounced by an ejection block and is higher than a hole, so that a worker can conveniently take the drawings, the hidden danger that the hand is possibly clamped when the worker takes out the drawings is avoided, and the safety of the device is improved.

A kind of assembly type formwork construction method combining plastic formwork and disc buckle support, its specific steps are as follows: S1, determine engineering drawing, design the minimum independent unit of formwork support using BIM software and calculate the materials required for formwork;S2, according to the construction drawing obtained in step S1, the production or leasing of plastic formwork and disc buckle formwork is carried out according to formwork materials;S3, transport the plastic formwork and disc buckle formwork that passes acceptance to site, carry out field lofting installation support frame base;S4, assemble disc buckle formwork and plastic formwork into minimum independent unit on site;S5, hoist the minimum independent unit in step S4 according to construction drawing, and carry out acceptance whether it meets construction requirements, it meets step S6 if it meets, otherwise continue step S5;S6, reinforce the formwork that is assembled, set wall connecting piece layer by layer, and set corresponding safety facilities;S7, the formwork system of finished product is accepted, and after passing, enter next process.

A method and computer program product may include or cause the performance of various operations. The operations include accessing a construction work package that identifies a plurality of construction drawings that are collectively necessary for physical execution of a construction project covering a construction work area (CWA), wherein each construction drawing includes the design of one or more components and a location within the CWA for each of the components. The operations further include generating a virtual grid overlaying the CWA, wherein the virtual grid divides the CWA into a plurality of blocks having defined boundaries. Still further, the operations include generating, for one or more blocks, an installation work package that includes the construction drawings from the construction work package that are necessary for physical execution of that portion of the construction project within the construction work area that is within the defined boundaries of the block.

The invention discloses a three-dimensional model generation method and device based on a Revit platform, computer equipment and a storage medium. The method comprises the steps that a forward design plug-in developed based on the Revit platform is started; importing or creating a three-dimensional geometric model of the building curtain wall in the forward design plug-in; carrying out attribute identification and parameter mapping on components in the three-dimensional geometric model to obtain attribute information; according to project requirements, editing and optimizing the attribute information to obtain an optimized three-dimensional geometric model; and according to the optimized three-dimensional geometric model, generating a construction drawing conforming to enterprise drawing specifications. By implementing the method, various pain points in a traditional design process can be solved, efficient connection of design links, standardized management of a family library and rapid and accurate generation of a construction drawing are achieved, the overall efficiency and quality of building curtain wall design are improved, and the method has remarkable technical effects and wide application prospects.

The invention relates to the technical field of data processing, in particular to an analysis method for engineering project management, which comprises the following steps: collecting budget data, contract settlement data in an investment analysis period and plan data of engineering construction investment, and cleaning the data; dynamically managing the design work amount in the construction drawing design stage; establishing a data articulation relationship among the design budget data, the execution budget data and a contract; determining a project amount completion image and a contract static unit price of each project in the contract; respectively determining a cost deviation, a progress deviation, a cost performance index and a progress performance index to determine deviation evaluation parameters; and according to the deviation evaluation parameters, sorting the items causing the unfavorable deviation and the items causing the favorable deviation from large to small according to the influence absolute values, and carrying out early warning management on the items of which the accumulated deviation accounts for a preset proportion of the total deviation. According to the method, the statistics and analysis of the design budget investment completion condition can be realized under the unified static price level statistics caliber.

The invention provides an airport drainage ditch transformation method. The method comprises the following steps that sundries on the ditch wall of a ditch body are cleaned; plastering treatment and watering maintenance are carried out; measuring the size; calculating the bearing capacity, determining the load of the steel plate and the size parameter of a single steel plate, determining a plate construction sequence, making a construction drawing and numbering; prefabrication production; transporting the prefabricated steel plates and anchor bolts to a construction site; carrying out on-site installation and plate seam welding on steel plates and anchor bolt product components according to a construction drawing; and backfilling the side wall of the ditch top with clay. The method has the beneficial effects that the construction efficiency is improved, and normal operation of an airport is not affected; an original ditch body does not need to be dismantled, construction waste is reduced, and carbon emission is reduced; the bearing strength is improved; the drainage efficiency is improved; the service life is prolonged; the total construction cost is low, the later maintenance cost is reduced, and the airport airworthiness guarantee capability is ensured to be continuous and stable.

The invention provides a drawing label identification method, and relates to the technical field of construction drawings. The method comprises the steps that text primitives in a construction drawing are recognized, and potential drawing tag texts are determined; determining a first cell based on the first text, and gridding the picture frame region based on the first cell; determining a first grid frame based on the position information of the potential picture signature text; performing rationality verification on the first grid frame; in response to the fact that the first grid frame passes the rationality verification, determining a target picture signature text, and expanding the first grid frame to determine a second grid frame; determining a third grid frame based on the position information of the text primitive in the construction drawing and the second grid frame; determining a second cell based on the second text, and gridding the third grid frame based on the second cell to determine an initial picture table; and based on the text primitives in the third grid frame and the initial drawing label table, determining the drawing label table. According to the method, the drawing label information in the CAD construction drawing can be automatically identified and extracted.

The application relates to a construction index determination method and device, equipment and medium, and relates to the technical field of indoor design. The method comprises the following steps: selecting a target viewpoint from a target construction drawing; performing wall filtering processing on target construction information corresponding to the target construction drawing based on the target viewpoint to obtain a wall body set to be processed; performing traversal projection processing according to the wall body set to be processed to obtain a target wall body set; performing data comparison processing based on the target wall body set to obtain target construction index information corresponding to the target viewpoint, so that the maximum construction range of the construction drawing can be quickly obtained, and the problem that the prior art cannot accurately determine the maximum construction range of a complex construction drawing is solved.

The application provides an information processing method and device for power grid transmission and transformation engineering construction drawings, and the method on the server side comprises the following steps: obtaining a three-dimensional engineering model file of the power grid transmission and transformation engineering construction drawings; synchronizing the three-dimensional engineering model file to at least one browser in communication with the server; obtaining first operation information of at least one operation of a substation and a line in the three-dimensional engineering model on a first display interface of the three-dimensional engineering model by a first user on the first browser; synchronizing the first operation information to at least one second browser in communication with the server; receiving second operation information of at least one operation on a second display interface by a second user of the at least one second browser; synchronizing the second operation information on the second display interface by the second user to the first browser and loading the second operation information. The scheme of the application can improve the communication efficiency of the construction drawing meeting and improve the quality of the power grid engineering.

This invention relates to the field of parametric modeling technology, specifically to a parametric-based intelligent design optimization method and system for construction drawings. The method includes the following steps: extracting boundary and annotation information to determine component orientation and attribution; analyzing endpoint coordinates to adjust edge line order and calculate occupancy offset; comparing intersection positions to identify and sort preceding nodes; extracting intersection point distribution to determine contact range and connection relationship; and determining drawing page numbers based on component start point and path direction. In this invention, spatial attribution relationships of components are established through geometric boundaries and annotation information; the orientation is adjusted based on the difference in edge line angles; connection strength is identified based on intersection angles and contact ranges; the drawing order is derived according to numbering order and intersection sequence; component combinations are divided using the continuity of fitting segments; and drawing page number distribution is located based on component start point and path direction. This achieves dynamic coordination of component arrangement, sequential organization, and drawing splicing, improving the accuracy of component structural expression and the completeness of construction drawing generation.

This invention discloses an automatic finite element modeling method and system based on construction drawings. The method includes: automatically outputting unannotated construction drawings as annotated ones using a computer vision-based construction drawing recognition module; assigning horizontal and vertical axis numbers and 3D coordinate information to each building component on the annotated construction drawings using a grid dimension recognition module; automatically recognizing and fusing the dimensional information of each building component on the annotated construction drawings with their assigned horizontal and vertical axis numbers and 3D coordinate information using a large language model as an automatic modeling module; naming and assigning material properties to each building component in the 3D geometric model; and automatically creating a visualized finite element model based on the construction drawings by assigning support constraint information and load information to the 3D geometric model. This invention has the advantages of high modeling efficiency, high quality, and replacement of manual labor.

This invention provides a method for identifying graphic signatures, relating to the field of construction drawing technology. The method includes: identifying text elements in construction drawings and determining potential graphic signature text; determining a first cell based on the first text and gridding a frame area based on the first cell; determining a first grid border based on the location information of the potential graphic signature text; performing a reasonableness verification on the first grid border; in response to the first grid border passing the reasonableness verification, determining the target graphic signature text and expanding the first grid border to determine a second grid border; determining a third grid border based on the location information of the text elements in the construction drawing and the second grid border; determining a second cell based on the second text and gridding the third grid border based on the second cell to determine an initial graphic signature table; and determining a graphic signature table based on the text elements within the third grid border and the initial graphic signature table. This invention can automatically identify and extract graphic signature information from CAD construction drawings.

The application provides a large model-based construction schedule plan WBS automatic generation method and system, and relates to the technical field of engineering construction project management, wherein the method comprises the following steps: performing supervised fine-tuning and reinforcement learning training on a basic large language model to obtain a target large language model; inputting construction documents and / or BIM model data and prompt words of a target project into the target large language model to identify a first construction task item and a process level that are adapted to the prompt words; inputting construction drawings of the target project into a multi-modal large model to identify a second construction task item and supplement the first construction task item; performing standardized processing on the supplemented first construction task item, generating a hierarchical WBS tree according to a task granularity level to which a standardized construction task item obtained belongs and the process level. The application can fuse multi-modal information, automatically generate a construction schedule plan WBS, improve plan compilation efficiency, and promote digital management of construction projects.

The invention discloses a design and drawing method, system, equipment, device and program based on VB and AutoLisp, and belongs to the technical field of engineering drawing. The method comprises the following steps: defining geometrical characteristics of a mixed tower structure based on an AutoLisp script, and establishing a template library of the mixed tower structure; constructing a design model based on a VB language and a template library of a mixed tower structure; the design parameters are input into a design model, the design model calls data in a template library of the mixed tower structure, and a construction drawing is generated; and performing iterative calculation on the geometric parameters of the mixed tower structure in the construction drawing by adopting an optimization algorithm based on a least square method until the construction drawing meets set requirements, and generating a final construction drawing. According to the method, on the basis of cooperative work of a VB program and an AutoLisp script, full-process automation and intelligentization of mixed tower structure design are achieved, and generation of a geometric model and output of a construction drawing are completed.

The invention relates to the crossing field of building construction informatization and artificial intelligence technology, and provides an intelligent generation method, system and device for a dangerous and large project special construction scheme based on a large language model and a medium, and the method comprises the steps: obtaining construction project information; the construction project information is converted into semantic prompts capable of being recognized by a large language model; a large language model is called to be combined with a prompt project and an RAG retrieval mechanism, and a project special construction scheme is automatically generated for semantic prompt; performing compliance examination on the generated project special construction scheme; and outputting a project special construction scheme and a compliance review report. According to the method, automatic extraction of construction drawings and form information, intelligent generation of the construction scheme and intelligent processing of compliance review can be realized, the efficiency and normalization of compiling of the project special construction scheme are effectively improved, and potential safety hazards and approval risks caused by human omission are remarkably reduced; and meanwhile, a high-quality auxiliary decision-making tool is provided for construction units and supervision experts.

The application discloses a concrete slab stair construction drawing and calculation book automatic generation method and system. The method comprises the following steps: reading Tianzheng building stair objects through an ObjectARX interface, parameterizing copying and real-time logical checking of building geometry and attribute parameters based on a preset semantic rule library, and generating a unified structure stair parameter set; the system automatically draws a standard layer structure plane sketch, assembles vertically, and obtains an accurate structure elevation drawing after deducting the surface layer thickness; a user selects a plane, a section or a list annotation mode, one-key generates a standard plane construction drawing, simultaneously generates the plane construction drawing, automatically calls a built-in specification algorithm library to complete structure calculation and output a calculation book linked with the construction drawing data, and batch exports the plane construction drawing and the calculation book to complete achievement delivery. The application solves the disadvantages of the traditional mode, such as dependence on manual adaptation of plane specification, large amount of hand-drawing work and manual input of calculation parameters.

An object of a system according to an embodiment is to provide a plan that satisfies a client in a short period of time by efficiently performing processes from planning of an ordered house to creation of a construction drawing.SOLUTION: A system according to an embodiment includes an owner information acquiring unit, a floor plan proposing unit, a 3D perspective generating unit, an approximate amount calculating unit, a Metaverse generating unit, and a working drawing creating unit. The client information acquisition unit acquires client information. The floor plan proposal unit proposes an optimal floor plan based on the client information acquired by the client information acquisition unit. The 3D perspective drawing generator generates a 3D perspective drawing based on the floor plan proposed by the floor plan proposing unit. The approximate amount calculation unit calculates an approximate amount based on the 3D perspective drawing generated by the 3D perspective drawing generation unit. The Metaverse generation unit automatically generates a 3D perspective view in the Metaverse. The construction drawing creation unit creates a construction drawing when the client is satisfied with the plan.SELECTED DRAWING: Figure 1

The invention relates to the technical field of pipeline design, and discloses a large-scale water delivery pipeline deepening design method based on a visual programming language, and the method comprises the steps: extracting key data from a design drawing of a water delivery pipeline, and carrying out the preprocessing to obtain standard key data; determining spatial information of the plurality of control points based on the standard key data, and constructing a three-dimensional pipe section model according to the spatial information; preset section parameters are obtained, a three-dimensional entity pipeline model is generated in combination with the three-dimensional pipe section model, and key nodes are added for the three-dimensional entity pipeline model in combination with preset key node parameters; and engineering drawings and part expansion drawings of the components and the parts are generated based on the numbers. Through the cross-platform data engine, full-link automatic processing of design drawing-three-dimensional model-construction drawing-manufacturing drawing data is achieved, the parameterization degree of pipeline design is improved, the deepening design efficiency and precision are improved, and quick response can be achieved by means of the architecture of standard key data and a parameterization model in the face of design change.

The application discloses a prefabricated bay window top plate and H-shaped steel beam connecting method, relates to the field of building steel structure installation, and the concave cavity of the outdoor side of the steel beam is a pouring groove, and the concave cavity of the indoor side is a filling groove, and comprises the following steps: S1, prefabricating a bay window upper plate according to construction drawings, and the end of the prefabricated bay window upper plate is provided with a connecting piece; the prefabricated bay window top plate and H-shaped steel beam connecting method are simple in connection, easy to construct, reasonable in force transmission path, simple in factory production, convenient in on-site installation, low in installation danger coefficient, low in requirement for the professional quality of construction workers, beneficial to the organization of workers, easy to realize standardization, industrialization and integration, capable of avoiding on-site wet operation, protecting the environment, saving construction period, and flat in the surface of the prefabricated bay window plate, good in visual effect, and guaranteed in quality, and especially suitable for the bay window top plates matched with the steel structure standardized residential system.

This invention discloses a method for installing electromechanical pipelines based on BIM and 3D laser-assisted installation. A BIM model is constructed based on the original civil engineering construction drawings to form a BIM of the building's civil engineering structure. A 3D laser scanner is then used to scan the civil engineering structure to obtain its calibration parameters. These parameters are used to adjust the original BIM model to match the actual condition of the completed civil engineering structure. Furthermore, based on the original pipeline installation drawings, pipeline installation is simulated in the optimized BIM model, simulating the installation process and effects. Based on the installation process and effects, the pipeline installation drawings are optimized to form optimized pipeline installation drawings. Pipeline installation is then performed based on these drawings, thereby assisting in the completion of electromechanical pipeline installation. This method can be adjusted according to the actual civil engineering structure, greatly improving project efficiency and reducing resource waste caused by rework.

A construction method for a concrete internal formwork support system of an ultra-large wind tunnel diffuser section, comprising the steps of: S1. performing full simulation modeling on a flow channel structure and steel formworks by means of BIM technology and on the basis of a construction drawing; S2. after factory processing, using BIM data to recheck and assemble the steel formworks, and affixing QR codes; S3. performing on-site positioning and layout on each sectional segment of the internal steel formworks; S4, before the internal formwork support system is installed, BIM engineers using an internal steel cylinder formwork BIM model to create installation animation demonstrations, and conducting visualized disclosure for on-site management personnel and workers, and the workers installing the internal formwork support system on the basis of the order of the animation demonstrations; S5. when construction for a polygonal-to-square main diffuser section base slab surface and a structure support column concrete below same is complete and reaches strength, performing positioning and installation of steel formwork units and steel support truss units. The present invention can effectively ensure the effective integration of base slabs and steel formworks, prevent displacement of the steel formworks during installation, and reduce defects existing in construction, thereby improving the working efficiency.

The utility model relates to the technical field of batch identification, and discloses a construction drawing and blueprint batch identification and correspondence operation table, which comprises a detection main body, a shell is fixedly connected outside the detection main body, a pushing mechanism is arranged in the shell, a positioning assembly is fixedly connected at the top of the shell, and a positioning mechanism is arranged in the positioning assembly. A fixing mechanism is arranged in the detection main body, a first supporting frame is fixedly connected to the exterior of the detection main body, the pushing mechanism comprises a fixing column, a sliding ring is slidably connected to the exterior of the fixing column, a connecting column is fixedly connected to the exterior of the sliding ring, and a sliding column is slidably connected to the outer side of the connecting column; and the outer part of the sliding column is fixedly connected with a brake assembly. According to the drawing pushing device, the first connecting block is driven by the motor to rotate, the sliding ring is driven to slide outside the fixing column, and therefore drawings are pushed through the first pushing plate on the outer side of the sliding ring, and the efficiency of batch processing is improved.

The invention discloses a lofting method based on a self-propelled lofting robot. The lofting method comprises the following steps: matching a construction site with a coordinate system of a construction drawing; drawing a lofting target symbol on the construction drawing to form a lofting drawing; the lofting drawing is input into a self-propelled lofting robot; determining the initial position of the self-propelled lofting robot, and planning a lofting line according to the coordinate position of the lofting target symbol; and carrying out lofting operation on the construction site according to the lofting line. The lofting method based on the self-propelled lofting robot does not depend on experience of constructors any more, compared with manual lofting, the lofting efficiency is high, the construction lofting precision is high, and the overall construction precision is improved.

An automatic drafting method for a high-pile wharf component construction drawing, and an electronic device. The automatic drafting method for the high-pile wharf component construction drawing comprises: on a Revit platform, creating a component construction drawing model library of a high-pile wharf structure on the basis of a pre-established high-pile wharf hydraulic component model resource library (S101); on the basis of the Revit, performing secondary development of a parameterized driver program of each component construction drawing model in the component construction drawing model library (S102); on the basis of a pre-established high-pile wharf BIM model, acquiring design parameters of a target component (S103); calling the component construction drawing model and the parameterized driver program of the target component, and completing drafting of a target component construction drawing by means of parameter driving and the design parameters (S104); and exporting the target component construction drawing as a DWG drawing (S105). The problem in the prior art of poor efficiency and accuracy of construction drawing drafting caused by the inability to realize automatic sharing of construction drawing drafting data is solved.

The invention provides a safety verification system and method for a floor slab on a crane. The method comprises the steps that floor slab parameters are determined according to construction drawing data; inquiring a crane specification to determine crane parameters; assuming the most unfavorable load position to carry out walking state analysis, comparing the calculated maximum bending moment under each working condition, and finally determining the maximum bending moment borne by the floor slab; considering the most unfavorable condition, and calculating the maximum bending moment when the load of the last row of supporting legs acts on the middle of the plate span; and comparing the maximum bending moments calculated in the previous two steps, analyzing the floor by taking the larger value of the maximum bending moments, obtaining the floor reinforcement according to the maximum bending moments, and comparing and analyzing the floor reinforcement with the designed reinforcement to confirm whether the floor is safe or not.

The invention discloses an intelligent examination method and system for a building construction drawing, and belongs to the technical field of building construction. The technical problems that a traditional manual review mode is low in efficiency and prone to making mistakes, and an existing automatic system is difficult to process heterogeneous drawing data and understand complex building specifications are solved. According to the technical scheme, the method comprises the steps of receiving original drawing files generated by different drawing software through a data interface and analyzing the original drawing files into standardized structured data objects; fusing two-dimensional geometric and text information based on the data object, and reconstructing a lightweight three-dimensional building information model with semantic attributes; converting the building standard provisions into structured computational logic rule nodes through natural language processing to form a standard knowledge graph; and finally, carrying out dynamic matching reasoning on the three-dimensional model and the knowledge graph, automatically identifying violation through parameterization calculation and logic judgment, and generating a visual review report. The system is mainly used for realizing automatic, intelligent and precise examination of the building construction drawing.