Two-dimensional digital engineering drawing intelligent drawing system based on distribution network building specialty

Abstract

The invention belongs to the technical field of power industry distribution network engineering, and particularly relates to a distribution network building specialty-based two-dimensional digital engineering drawing intelligent drawing system, which comprises an SVG vector graph module, a power transformation building specialty module and an SVG power transformation building specialty construction module, the system is characterized in that the SVG vector graph module and the power transformation building professional module are electrically connected with the SVG power transformation building professional construction module; the two-dimensional digital engineering drawing intelligent drawing system further comprises a professional design module, a standard design process module, an overall solution module and a two-dimensional digital engineering drawing rapid design tool construction module. The professional design module is electrically connected with the standard design process module, the SVG power transformation building professional construction module and the standard design process module are both electrically connected with the overall solution module, and the overall solution module is electrically connected with the two-dimensional digital engineering drawing rapid design tool construction module. The device solves the problem that the two-dimensional digital engineering drawing process at the present stage is troublesome and laborious and easy to make mistakes.

Description

Technical Field

[0001] The present invention belongs to the technical field of power industry distribution network engineering, and specifically relates to an intelligent drawing system for two-dimensional digital engineering drawings based on distribution network construction. Background Art

[0002] SVG two-dimensional digital engineering drawings are two-dimensional engineering drawings that meet the characteristics of scalable vector graphics and have a file format of .svg. At present, the professional design of power grid engineering substation buildings all uses cad drawing software to manually draw engineering drawings, and the design results do not have the characteristics of svg two-dimensional digital engineering drawings. Because the design results are vector graphics in non-svg format, they cannot support high-level applications of design results (such as: reading, modifying, scaling, non-distortion, etc.) and the requirements of the "Power Grid Engineering Two-Dimensional Digital Engineering Drawing Design and Delivery Specifications". At this stage, when drawing two-dimensional digital engineering, the details of component elements are complicated, and designers need to spend a lot of time to process the symbols and content of the graphic elements in the engineering drawings, and pay attention to whether the parameter information and line type of each graphic element are correct, which is easy to make mistakes. In addition, there is no professional rapid drawing tool for substation buildings, and they need to draw manually and slowly, which is inefficient;

[0003] The present invention proposes a two-dimensional digital engineering drawing drawing method based on the distribution network building profession. From the perspective of professional design, the design method of each element component of the distribution network substation building profession is analyzed, and combined with the requirements of the two-dimensional digital engineering drawing of the substation building profession, the digital engineering drawing of the distribution network substation building profession is quickly drawn. A professional design method is provided to solve the problem that the current two-dimensional digital engineering drawing process is laborious and error-prone. Summary of the invention

[0004] The purpose of the present invention is to provide a two-dimensional digital engineering drawing intelligent drawing system based on the distribution network construction profession to solve the problems raised in the above background technology.

[0005] In order to solve the above technical problems, the present invention provides the following technical solutions: a two-dimensional digital engineering drawing intelligent drawing system based on distribution network building profession, including an SVG vector graphics module, a substation building professional module, and an SVG substation building professional construction module, and the SVG vector graphics module and the substation building professional module are electrically connected to the SVG substation building professional construction module; the two-dimensional digital engineering drawing intelligent drawing system also includes a professional design module, a standard design process module, an overall solution module, and a two-dimensional digital engineering drawing rapid design tool construction module; the professional design module is electrically connected to the standard design process module, the SVG substation building professional construction module and the standard design process module are electrically connected to the overall solution module, and the overall solution module is electrically connected to the two-dimensional digital engineering drawing rapid design tool construction module.

[0006] The present invention further illustrates that the SVG vector graphics module is used to deeply analyze the characteristics of SVG vector graphics, the substation building professional module is used to set specific requirements for the two-dimensional digital engineering drawings of the substation building profession, and the SVG substation building professional construction module is used to organically combine the characteristics of SVG vector graphics with the specific requirements of the two-dimensional digital engineering drawings of the substation building profession, thereby forming a set of standard design components that meet the needs of the substation building profession.

[0007] The present invention further illustrates that the professional design module is used to comprehensively sort out the design content of the substation building profession, and the professional design module includes a professional design achievement unit and a design demand plan unit; the professional design achievement unit is electrically connected to the design demand plan unit, and the professional design achievement unit is used to clarify the core elements and key steps of the engineering drawing design, and the design demand plan unit is used to establish a set of demand plans for the overall design of the building profession, and the standard design process module is used to organize and analyze based on the demand plan to form a set of standardized design processes.

[0008] The present invention further illustrates that the overall solution module is used to divide the professional design of distribution network substation buildings into multiple modules by combining standard components and design processes, and output a detailed requirement description for each module to form an overall design process solution from design to drawing.

[0009] The present invention further illustrates that the two-dimensional digital engineering drawing rapid design tool construction module is used to establish a functional module, construct a two-dimensional digital engineering drawing substation building professional overall design tool, realize the rapid drawing of two-dimensional digital engineering drawings that meet professional standards, and simultaneously perform real-time editing and modification of the design drawings.

[0010] The present invention further illustrates that the operation steps of the two-dimensional digital engineering drawing intelligent drawing system include: step S1, combining the characteristics of SVG vector graphics with the requirements of the substation building profession, firstly deeply analyzing the characteristics of SVG vector graphics, including its scalability, image quality retention ability, and proportional adjustment without distortion; step S2, then organically combining these characteristics with the specific requirements of the two-dimensional digital engineering drawings of the substation building profession to form a set of standard design components that meet the requirements of the substation building profession; step S3, establishing a standardized design process for the substation building profession, comprehensively combing the design content of the substation building profession, clarifying the core elements and key steps of the engineering drawing design, and establishing a set of demand solutions for the overall design of the building profession; step S4, sorting and analyzing based on the demand solution to form a set of standardized design processes; step S5, combining standard components with the design process, dividing the distribution network substation building professional design into multiple modules, outputting a detailed demand description for each module, and forming an overall design process solution from design to drawing; step S6, establishing a functional module, constructing a two-dimensional digital engineering drawing substation building professional overall design tool, realizing the rapid drawing of two-dimensional digital engineering drawings that meet professional standards, and real-time editing and modification of the design drawings.

[0011] The present invention further illustrates that, in the steps S1 to S6, the characteristics of SVG vector graphics are analyzed, combined with the requirements of the two-dimensional digital engineering drawings of the substation building profession, SVG professional design components are formed, and according to the content of the substation building professional volume, an engineering drawing design process is formed, and the professional design components are combined with the standardized design process to establish an overall solution for the professional design of substation buildings, build a two-dimensional digital engineering drawing design tool, realize the parametric design of various design components of the substation building profession, and the rapid drawing of two-dimensional digital engineering drawings.

[0012] Compared with the prior art, the beneficial effects achieved by the present invention are as follows: the present invention realizes the rapid drawing of two-dimensional digital engineering drawings by constructing standardized design tools, which greatly improves the design efficiency and accuracy; the design process of substation buildings is comprehensively sorted out and optimized to form a set of standardized design processes, which not only improves the accuracy and efficiency of the design, but also makes the design process more standardized;

[0013] Through in-depth analysis of the characteristics of SVG vector graphics and combining them with the specific requirements of professional two-dimensional digital engineering drawings of substation buildings, the efficiency, accuracy and visualization of substation building design can be improved, providing the power industry with an efficient and convenient design tool. BRIEF DESCRIPTION OF THE DRAWINGS

[0014] The accompanying drawings are used to provide a further understanding of the present invention and constitute a part of the specification. Together with the embodiments of the present invention, they are used to explain the present invention and do not constitute a limitation of the present invention. In the accompanying drawings:

[0015] Figure 1 It is a schematic diagram of the operation flow of the two-dimensional digital engineering drawing intelligent drawing system of the present invention. DETAILED DESCRIPTION

[0016] The following is a further non-limiting detailed description of the technical solution of the present invention in conjunction with the preferred embodiments and the accompanying drawings. Obviously, the described embodiments are only part of the embodiments of the present invention, not all of the embodiments. Based on the embodiments of the present invention, all other embodiments obtained by ordinary technicians in this field without creative work are within the scope of protection of the present invention.

[0017] See also Figure 1 , the present invention provides a technical solution: a two-dimensional digital engineering drawing intelligent drawing system based on distribution network building profession, including an SVG vector graphics module, a substation building profession module, and an SVG substation building profession construction module, the SVG vector graphics module and the substation building profession module are electrically connected to the SVG substation building profession construction module;

[0018] The 2D digital engineering drawing intelligent drawing system also includes professional design module, standard design process module, overall solution module, and 2D digital engineering drawing rapid design tool construction module;

[0019] The professional design module is electrically connected to the standard design process module, the SVG substation building professional construction module and the standard design process module are both electrically connected to the overall solution module, and the overall solution module is electrically connected to the two-dimensional digital engineering drawing rapid design tool construction module.

[0020] The SVG vector graphics module is used to deeply analyze the characteristics of SVG vector graphics, the substation building professional module is used to set the specific requirements of the two-dimensional digital engineering drawings of the substation building profession, and the SVG substation building professional construction module is used to organically combine the characteristics of SVG vector graphics with the specific requirements of the two-dimensional digital engineering drawings of the substation building profession, thereby forming a set of standard design components that meet the needs of the substation building profession.

[0021] The professional design module is used to comprehensively sort out the design content of the substation building specialty. The professional design module includes professional design results unit and design demand solution unit;

[0022] The professional design achievement unit is electrically connected to the design requirement plan unit. The professional design achievement unit is used to clarify the core elements and key steps of engineering drawing design. The design requirement plan unit is used to establish a set of demand plans for the overall design of the architectural profession. The standard design process module is used to organize and analyze the demand plans to form a standardized design process.

[0023] The overall solution module is used to divide the professional design of distribution network substation buildings into multiple modules by combining standard components and design processes, and output detailed requirement descriptions for each module to form an overall design process solution from design to drawing.

[0024] The 2D digital engineering drawing rapid design tool construction module is used to establish functional modules and construct a 2D digital engineering drawing substation building professional overall design tool to achieve rapid drawing of 2D digital engineering drawings that meet professional standards, while also editing and modifying the design drawings in real time.

[0025] The operation steps of the two-dimensional digital engineering drawing intelligent drawing system include:

[0026] Step S1, combining the characteristics of SVG vector graphics with the requirements of substation building, firstly, deeply analyzing the characteristics of SVG vector graphics, including its scalability, image quality retention ability, and proportional adjustment without distortion;

[0027] Step S2, then organically combining these characteristics with the specific requirements of the two-dimensional digital engineering drawings of the substation building profession to form a set of standard design components that meet the requirements of the substation building profession;

[0028] Step S3: Establish a standardized design process for substation building specialty, comprehensively sort out the design content of substation building specialty, clarify the core elements and key steps of engineering drawing design, and establish a set of demand solutions for overall design of building specialty;

[0029] Step S4: Based on the demand plan, organize and analyze to form a set of standardized design processes;

[0030] Step S5: Combine standard components with the design process to divide the distribution network substation building professional design into multiple modules, output a detailed demand description for each module, and form an overall design process solution from design to drawing;

[0031] Step S6, establish a functional module, construct a two-dimensional digital engineering drawing substation building professional overall design tool, realize the rapid drawing of two-dimensional digital engineering drawings that meet professional standards, and real-time editing and modification of the design drawings.

[0032] In step S1 to step S6, the characteristics of SVG vector graphics are analyzed, and the requirements of two-dimensional digital engineering drawings of substation buildings are combined to form SVG professional design components. According to the content of the substation building professional volume, the engineering drawing design process is formed. In combination with professional design components and standardized design processes, an overall solution for substation building professional design is established, and a two-dimensional digital engineering drawing design tool is constructed to realize the parametric design of various design components of substation building profession and the rapid drawing of two-dimensional digital engineering drawings;

[0033] Changes and improvements compared to existing technologies:

[0034] 1. Graphics processing and compatibility improvement: The existing technology has limitations in processing complex substation building drawings. The present invention combines the characteristics of SVG vector graphics to achieve image quality retention and proportional adjustment without distortion. It solves the compatibility issues such as the difficulty in exchanging and sharing data between the current design results and other software formats. By sharing the SVG format, it enhances the interactivity with other formats and technologies, and improves the collaboration efficiency and data sharing capabilities of the entire power industry.

[0035] 2. Standardization of professional design process: Traditional design processes vary due to different habits of designers or design teams, and lack unified standards. By comprehensively sorting out the design content of substation buildings, a set of standardized design processes has been established to improve the accuracy and efficiency of the design. It reduces unnecessary steps in the design process, strengthens collaboration between teams, and improves design efficiency and accuracy;

[0036] 3. Innovation of professional design methods: At present, designers of substation buildings need to spend a lot of time to deal with the symbols and contents of the graphics in the engineering drawings, write standard parameters in the graphics symbols, and pay attention to the requirements of lines, blocks, symbols, etc. in vector graphics when drawing. This is time-consuming, laborious and error-prone. The constructed two-dimensional digital engineering drawing design tool greatly improves the design efficiency and reduces the design cost from the perspective of professional design;

[0037] The improvement and beneficial effects of the present invention are as follows: the traditional design method requires designers to manually draw a large number of graphic elements, which is not only time-consuming and labor-intensive, but also prone to errors. The present invention realizes the rapid drawing of two-dimensional digital engineering drawings by constructing standardized design tools, greatly improving the design efficiency and accuracy;

[0038] The standardization of the design process of substation buildings: The present invention comprehensively sorts out and optimizes the design process of substation buildings, forming a set of standardized design processes. This not only improves the accuracy and efficiency of the design, but also makes the design process more standardized;

[0039] This project aims to develop a rapid design tool for substation building engineering drawings that meets the requirements of SVG (scalable vector graphics). By deeply analyzing the characteristics of SVG vector graphics and combining the specific requirements of substation building two-dimensional digital engineering drawings, the efficiency, accuracy and visualization of substation building design can be improved, providing an efficient and convenient design tool for the power industry.

[0040] First, it is necessary to analyze the characteristics of SVG vector graphics and combine them with the requirements of two-dimensional digital engineering drawings of substation buildings to form professional design components that meet the requirements; secondly, sort out the professional design content of substation buildings, establish the demand plan for the overall design of the building, and form a standardized design process; finally, construct a two-dimensional digital engineering drawing design tool to achieve rapid design of two-dimensional digital engineering drawings of substation buildings that meet the requirements of the specifications and the characteristics of SVG vector graphics.

[0041] In the description of the present invention, it is necessary to understand that the terms "up", "down", "front", "back", "left", "right", etc. indicate directions or positional relationships based on the directions or positional relationships shown in the accompanying drawings, and are only for the convenience of describing the present invention, rather than indicating or implying that the device or element referred to must have a specific direction, be constructed and operated in a specific direction, and therefore cannot be understood as a limitation on the present invention.

[0042] Finally, it should be pointed out that the above embodiments are only used to illustrate the technical solutions of the present invention, rather than to limit them. Although the present invention has been described in detail with reference to the above embodiments, a person skilled in the art should understand that the technical solutions described in the above embodiments can still be modified, or some of the technical features can be replaced by equivalents, and these modifications or replacements do not deviate the essence of the corresponding technical solutions from the spirit and scope of the technical solutions of the embodiments of the present invention.

Claims

1. A two-dimensional digital engineering drawing intelligent drawing system based on distribution network construction, including SVG vector graphics module, substation construction module, SVG substation construction module, characterized in that: The SVG vector graphics module and the substation building professional module are electrically connected to the SVG substation building professional construction module; The two-dimensional digital engineering drawing intelligent drawing system also includes a professional design module, a standard design process module, an overall solution module, and a two-dimensional digital engineering drawing rapid design tool construction module; The professional design module is electrically connected to the standard design process module, the SVG substation building professional construction module and the standard design process module are both electrically connected to the overall solution module, and the overall solution module is electrically connected to the two-dimensional digital engineering drawing rapid design tool construction module.

2. According to claim 1, a two-dimensional digital engineering drawing intelligent drawing system based on distribution network construction specialty is characterized by: The SVG vector graphics module is used to deeply analyze the characteristics of SVG vector graphics, the substation building professional module is used to set the specific requirements of the two-dimensional digital engineering drawings of the substation building profession, and the SVG substation building professional construction module is used to organically combine the characteristics of SVG vector graphics with the specific requirements of the two-dimensional digital engineering drawings of the substation building profession, thereby forming a set of standard design components that meet the needs of the substation building profession.

3. According to claim 2, a two-dimensional digital engineering drawing intelligent drawing system based on distribution network construction specialty is characterized by: The professional design module is used to comprehensively sort out the design content of the substation building specialty, and the professional design module includes a professional design achievement unit and a design requirement solution unit; The professional design achievement unit is electrically connected to the design requirement plan unit. The professional design achievement unit is used to clarify the core elements and key steps of the engineering drawing design. The design requirement plan unit is used to establish a set of requirement plans for the overall design of the architectural profession. The standard design process module is used to organize and analyze the requirement plans to form a set of standardized design processes.

4. According to claim 3, a two-dimensional digital engineering drawing intelligent drawing system based on distribution network construction specialty is characterized by: The overall solution module is used to divide the professional design of distribution network substation buildings into multiple modules by combining standard components and design processes, and output a detailed requirement description for each module to form an overall design process solution from design to drawing.

5. According to claim 4, a two-dimensional digital engineering drawing intelligent drawing system based on distribution network construction specialty is characterized by: The two-dimensional digital engineering drawing rapid design tool construction module is used to establish functional modules, construct a two-dimensional digital engineering drawing substation building professional overall design tool, realize the rapid drawing of two-dimensional digital engineering drawings that meet professional standards, and simultaneously perform real-time editing and modification of the design drawings.

6. The two-dimensional digital engineering drawing intelligent drawing system based on the distribution network construction specialty according to claim 5 is characterized by: The operation steps of the two-dimensional digital engineering drawing intelligent drawing system include: Step S1, combining the characteristics of SVG vector graphics with the requirements of substation building, firstly, deeply analyzing the characteristics of SVG vector graphics, including its scalability, image quality retention ability, and proportional adjustment without distortion; Step S2, then organically combining these characteristics with the specific requirements of the two-dimensional digital engineering drawings of the substation building profession to form a set of standard design components that meet the requirements of the substation building profession; Step S3: Establish a standardized design process for substation building specialty, comprehensively sort out the design content of substation building specialty, clarify the core elements and key steps of engineering drawing design, and establish a set of demand solutions for overall design of building specialty; Step S4: Based on the demand plan, organize and analyze to form a set of standardized design processes; Step S5: Combine standard components with the design process to divide the distribution network substation building professional design into multiple modules, output a detailed demand description for each module, and form an overall design process solution from design to drawing; Step S6, establish a functional module, construct a two-dimensional digital engineering drawing substation building professional overall design tool, realize the rapid drawing of two-dimensional digital engineering drawings that meet professional standards, and real-time editing and modification of the design drawings.

7. The two-dimensional digital engineering drawing intelligent drawing system based on the distribution network construction specialty according to claim 6 is characterized by: In the steps S1 to S6, the characteristics of SVG vector graphics are analyzed, and the requirements of the two-dimensional digital engineering drawings of the substation building are combined to form SVG professional design components. According to the content of the substation building professional volume, an engineering drawing design process is formed. By combining professional design components with standardized design processes, an overall solution for the professional design of substation buildings is established, and a two-dimensional digital engineering drawing design tool is constructed to realize the parametric design of various design components of the substation building profession and the rapid drawing of two-dimensional digital engineering drawings.

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