CN109522527B - Method for compiling field construction process by using software system - Google Patents
Method for compiling field construction process by using software system Download PDFInfo
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- CN109522527B CN109522527B CN201811451831.5A CN201811451831A CN109522527B CN 109522527 B CN109522527 B CN 109522527B CN 201811451831 A CN201811451831 A CN 201811451831A CN 109522527 B CN109522527 B CN 109522527B
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- 238000012986 modification Methods 0.000 claims abstract description 19
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- G—PHYSICS
- G06—COMPUTING; CALCULATING OR COUNTING
- G06F—ELECTRIC DIGITAL DATA PROCESSING
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- G06F—ELECTRIC DIGITAL DATA PROCESSING
- G06F40/00—Handling natural language data
- G06F40/10—Text processing
- G06F40/166—Editing, e.g. inserting or deleting
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- G—PHYSICS
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- G06Q—INFORMATION AND COMMUNICATION TECHNOLOGY [ICT] SPECIALLY ADAPTED FOR ADMINISTRATIVE, COMMERCIAL, FINANCIAL, MANAGERIAL OR SUPERVISORY PURPOSES; SYSTEMS OR METHODS SPECIALLY ADAPTED FOR ADMINISTRATIVE, COMMERCIAL, FINANCIAL, MANAGERIAL OR SUPERVISORY PURPOSES, NOT OTHERWISE PROVIDED FOR
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- G—PHYSICS
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- Y02P—CLIMATE CHANGE MITIGATION TECHNOLOGIES IN THE PRODUCTION OR PROCESSING OF GOODS
- Y02P90/00—Enabling technologies with a potential contribution to greenhouse gas [GHG] emissions mitigation
- Y02P90/30—Computing systems specially adapted for manufacturing
Abstract
The method for compiling the site construction process by utilizing a software system comprises the steps of determining site construction process elements according to the processing requirements of the parts to be produced and processed and the site construction process standard, finding out the nearest reference stock construction process by matching various process elements in a site construction process system database according to the determined process elements, directly calling the reference stock construction process if the same products are found and the process elements are completely consistent, and forming the site construction process of the parts to be produced and processed by modifying the date; if the reference stock construction process is not identical, the closest reference stock construction process is called, then the process elements are supplemented and modified according to the process elements of the parts to be produced and processed, and a new site construction process file is formed after the modification and supplement are finished. The invention carries out process programming according to the process elements, and has the characteristics of reliable process programming, high programming efficiency and difficult error occurrence.
Description
Technical Field
The invention relates to a method for compiling a site construction process, in particular to a process compiling method for carrying out site construction operation by utilizing intelligent software, which can realize the automatic compiling of the site construction process by utilizing the software, greatly improve the compiling level and efficiency of the site construction process and improve the compiling quality of the site construction process; belonging to the technical field of construction process programming.
The background technology is as follows:
the field construction management is a very key link in modern production and manufacturing, along with the promotion of 2025 plan in China, intelligent field construction has become a primary solution, and in the environment of large-scale application of the Internet and intelligent manufacturing technology, factories are mostly invested in a large amount of manpower and material resources to improve the management environment and management mode of field construction in order to ensure the accuracy and high efficiency of field construction management; various intelligent control robots and transmission equipment are more and more, and workshop control systems intelligently schedule various equipment, products, processes, materials and the like in a production line, and intelligent control workshop sites are more and more efficient operation. However, for operators who construct in the field of workshops, how to effectively execute various process products in a specific process environment, the waiting time of process equipment is reduced, the production is seamlessly connected, the cost occupation of products is reduced, the accuracy of the construction process is improved, and especially how to directly carry out remote supervision and management on the construction in the field by combining engineers and purchasing parties is very important for reducing the workshop cost and improving the return rate of investment of a production line. The management mode which is not mature in the aspect can be used as a reference, so that the research and development are necessary. And controlling the quality and efficiency of the product being manufactured directly;
in order to solve the problem, a plurality of inventors have proposed some improved methods and measures at present, but the method has great limitations, the practical use is greatly limited, and the popularization and the adoption are inconvenient; especially in terms of how to write the field operation process, the field operation process written by the method is manually written by a process engineer according to the process requirements and own process design experience, has great writing difficulty, needs to have rich process design experience, has long time, is easy to cause errors and omission, and is difficult to manufacture the optimal construction operation process; the method also has the problems that each processing needs to be rewritten, the prior mature process data is difficult to fully utilize, and the like, and cannot form standardized operation guidance, and the remote operation process writing cannot be realized, so that the improvement is needed.
Patent documents which do not find the same technology as the present invention through patent search report that the patent with certain relation to the present invention mainly has the following:
1. patent application number is CN201610857937.X, the name is "on-site construction material production equipment management method and system", the application number is: the invention patent application of the Wuhan iron anchor site construction material stock limited company discloses a site construction material production equipment management method and a system, wherein the system comprises a bar code type nameplate, an input end, a mobile end, an auditing end, a service end, a database and a network system; the bar code type nameplate is used for bar-coding the equipment nameplate, so that the equipment nameplate supports scanning type calling of the mobile terminal; the input end is used for binding equipment numbers and bar code nameplates and compiling a field construction material production equipment management scheme; the mobile terminal is used for scanning the bar code type nameplate and finishing daily management of scanned equipment through the touch screen; the auditing end is used for auditing the management data; the server is used for storing the management data into the database; the network system is used for realizing communication connection.
2. Patent application number CN201480048415.4, entitled "field construction system data management system and method", applicant: an invention patent application of Illinois tool products, inc., which discloses a metal working resource performance data management method comprising: storing a first set of data representative of a first plurality of parameters sampled during a metal working operation of a first metal working resource; selecting a second metal working resource from the list; and changing the first identifier of the portion of the first set of data to a second identifier associated with a second metal working resource. The first metal working resource may be selected by a user from a list of a plurality of resources and resource groups, the first set of data including a first identifier corresponding to the first metal working resource. A second set of data includes a second identifier corresponding to the second metal working resource.
3. Patent application number is CN201610857937.X, the name is "welding material production equipment management method and system", the application number is: the invention patent application of the Wuhan iron anchor welding material stock limited company discloses a welding material production equipment management method and system, wherein the system comprises a bar code type nameplate, an input end, a mobile end, an auditing end, a service end, a database and a network system; the bar code type nameplate is used for bar-coding the equipment nameplate, so that the equipment nameplate supports scanning type calling of the mobile terminal; the input end is used for binding equipment numbers and bar code nameplates and compiling a welding material production equipment management scheme; the mobile terminal is used for scanning the bar code type nameplate and finishing daily management of scanned equipment through the touch screen; the auditing end is used for auditing the management data; the server is used for storing the management data into the database; the network system is used for realizing communication connection.
Through careful analysis of the above patents, although the patents relate to on-site construction process control, some improved technical schemes are proposed, through careful analysis, the proposed construction process control methods still locally set some parameters and adjust and control the parameters through some modules, do not concentrate all on-site construction resources, carry out comprehensive analysis and matching in different categories, and cannot automatically generate standardized on-site operation processes, so that the method still has some limitations, is unfavorable for general popularization and use, and still needs to be further studied.
Disclosure of Invention
The invention aims to solve the problems of the existing field construction process control, and provides a new method for compiling the field construction operation process.
In order to achieve the purpose, the invention provides a method for carrying out on-site construction process programming by utilizing a software system, which is characterized in that on-site construction process elements are determined according to the requirements of on-site construction standards according to the requirements of to-be-produced and processed parts, and then the determined on-site construction process elements are conveyed into a database of an on-site construction process system to carry out matching of the on-site construction process elements, and the closest reference stock on-site construction process template is found out through matching of various on-site construction process elements; if the same product process is found and the field construction process elements are completely consistent, directly calling a reference stock field construction process template, and modifying the date shape to form the field construction process of the parts to be produced and processed; if the reference stock site construction process templates are not identical in the site construction process system database, the closest reference stock site construction process template is called, and on the basis of the closest reference stock site construction process template, site construction process element modification and supplement are carried out according to the site construction process elements of the parts to be produced and processed, a new site construction process of the parts to be produced and processed is formed after the site construction process element modification and supplement is completed, and a process card is formed for uploading.
Further, the determination of the field construction process elements according to the requirements of the field construction standard is to convert the conditions of various field construction processes into standard field construction process elements according to the standard requirements of the field construction process, and cure the formed standard field construction process elements into a computer to establish a field construction process system database; and forming a site construction process element combination of the to-be-produced processing parts in the process of determining the to-be-produced processing parts and decomposing the to-be-produced processing parts according to the standard site construction process elements.
Further, the matching of the field construction process elements is to compare the field construction process element combination of the parts to be produced and processed with the standard field construction process elements in the field construction process system database one by one, and find the closest reference stock field construction process in the field construction process system database according to the comparison result one by one.
Further, the process elements refer to process elements which change all the contents to be processed of the parts to be processed into the process elements meeting the standard requirements according to the requirements of the site construction standard; the method comprises a part list, an operation route, assembly control, operation tasks, steps and a method, and further comprises site construction operators, operation process conditions, parameters and equipment so as to ensure that all process elements processed by the parts to be produced and processed can be compared one by one.
Further, the one-by-one comparison comprises comparison of a part list, an operation route, assembly control, an operation task, steps and a method, and further comprises comparison of field construction operators, operation process conditions, parameters and equipment so as to ensure complete comparison of various process elements of the parts to be produced and processed.
Further, the step of finding out the nearest reference stock site construction process template through matching of various site construction process elements is to automatically perform process matching in a site construction process system database according to various process elements after the various process elements of the parts to be produced and processed are completely compared, find the most suitable reference stock site construction process template, and take the reference stock site construction process template as a basic process template of the parts to be produced and processed.
Further, the automatic process matching comprises matching of part type drawing numbers, numbering information and design version information of parts.
Further, the automatic process matching mode is to encode the part type drawing number, the number information and the design version information of the part, compare and match the part by adopting a process encoding mode, acquire process information according to the steel seal number, the drawing information and the process version number of the part for site construction operation, determine various process elements of the part to be produced and processed, and form a process file of the part to be produced and processed.
Further, the same product process refers to not only the same product name, but also the same field construction process elements, and is considered as the same product process.
Further, the modification and supplement of the on-site construction process elements according to the on-site construction process elements of the to-be-produced and machined parts means that a reference stock on-site construction process template which is identical to the to-be-machined requirement of the to-be-produced and machined parts is not found in the on-site construction process system database, and the closest reference stock on-site construction process template must be subjected to process modification; after all process elements of the parts to be produced and processed are matched with the nearest reference stock site construction process template, different process elements or missing process elements are found out, then the corresponding process elements are called in a site construction process system database, the reference stock site construction process template is subjected to supplementary modification, and after the supplementary modification is finished, a new site construction process meeting all process elements of the parts to be produced and processed is formed.
The invention has the advantages that:
the invention effectively integrates various resource elements of field construction, decomposes the resource elements to form various standard process elements, classifies and stores the prior mature process resource information, manages a database, performs field construction process establishment by referring to the standard process elements and mature information resources in the database in field construction, and establishes field implementation operation process, thus the establishment of field construction process files has the following advantages:
1. resources related to the field construction of enterprises can be integrated, systematic standardized management is carried out through software, reasonable allocation and high-efficiency utilization of the resources are realized, and a management platform is provided for cost reduction and synergy;
2. the standard structured field construction process is adopted for programming, and software is utilized for process programming, so that the difficulty of process file programming can be greatly reduced, and human programming errors during manual programming are avoided to a great extent;
3. the requirements of various construction process standards can be completely met, the cost is reduced, the efficiency is improved, and the documentation quality is improved;
4. the successful process experience can be effectively stored through utilization and management of mature information resources, so that the subsequent process compiling and utilization are facilitated, the process compiling time is saved, and the compiling file efficiency is improved;
5. the process record files of various site construction processes are ensured to be completely and correctly recorded along with the process flow, and the repetitive work is reduced;
6. the method helps users to implement complete and strict field construction quality control standards more conveniently and efficiently, thereby improving the product quality rapidly and maintaining the stability of the quality;
7. by adopting a standardized process element programming process, a great amount of test piece material cost and labor can be saved.
Drawings
FIG. 1 is a schematic diagram of a process for fabricating a part to be processed according to one embodiment of the invention;
FIG. 2 is a schematic illustration of a part list process for producing a machined part in accordance with one embodiment of the present invention;
FIG. 3 is a schematic diagram of a weld line process for producing a machined part according to one embodiment of the present invention;
FIG. 4 is a schematic view of an assembly process of a part to be manufactured in accordance with one embodiment of the present invention;
fig. 5 is a schematic view of an assembly welding process for producing a machined part in accordance with one embodiment of the present invention.
Detailed Description
The invention is further illustrated in the following, in conjunction with the accompanying drawings and specific embodiments.
Example 1
As can be seen from the drawings, the invention relates to a method for automatically generating a field welding construction process by using a software system, which comprises the steps of determining field construction process elements according to the welding processing requirements of parts to be produced and processed and the requirements of welding field construction standards, then conveying the determined field construction process elements into a field construction process system database for matching the field construction process elements, and finding out the nearest reference stock field construction process template by matching various field construction process elements; if the same product process is found and the field construction process elements are completely consistent, directly calling a reference stock field construction process template, and modifying the date shape to form the field construction process of the parts to be produced and processed; if the reference stock site construction process templates are not identical in the site construction process system database, the closest reference stock site construction process template is called, and on the basis of the closest reference stock site construction process template, site construction process element modification and supplement are carried out according to the site construction process elements of the parts to be produced and processed, a new site construction process of the parts to be produced and processed is formed after the site construction process element modification and supplement is completed, and a process card is formed for uploading.
The specific implementation mode is as follows:
1. database creation
The system manager decomposes all resource information of the enterprise about welding site construction according to the requirements of welding standards and coding welding process elements; namely, according to the requirements of welding standards, various welding conditions are coded according to process elements by using a standardized coding mode to form standardized process elements; and inputting all the standardized process elements into a control computer system for solidification to form a site construction process system database. Meanwhile, the prior implementation site construction process files are also stored in a site construction process system database in a templatization mode to be used as a reference stock site construction process template for the subsequent editing process to be used as a reference template.
The various welding process elements contained in the field construction process system database comprise all information required by various writing field construction process files, such as enterprise field construction qualification information, project complete field construction files, welder information, field construction equipment, welding materials, gases, joint lists, field construction process regulations, field construction process authentication, field construction evaluation, field construction plans, automatic matching of welder qualification, work test piece reports, field construction processes, inspection reports, users, authorities, standard libraries and the like. The site construction resource information is classified and arranged according to five categories of site operation personnel information, site operation equipment information, site operation work material information, site operation various method information and site operation environment information, and a site operation process system database sub-database is respectively formed. The on-site construction process system database is formed by formatting all resource elements and operation regulations which are required by clients in a period of time, and the resource elements and the operation regulations are written into functional specifications, stored in a system storage device as information in a code form, and become comparison and selection basis of project development members in the later working process.
2. In-situ process documentation
When the on-site construction task exists, a process engineer converts the to-be-welded processing requirement of the to-be-produced processing component into various standard process elements according to the to-be-welded processing requirement of the to-be-produced processing component, the to-be-welded processing requirement is connected with a control computer system through a network system, various standard process elements in an on-site construction process system database in the control computer system are called up for comparison, the most suitable reference stock on-site construction process template is searched for matching selection, then a new on-site construction company of the to-be-produced processing component is compiled on the basis of the selected most suitable reference stock on-site construction process template, process cards are formed and uploaded to an on-site construction management center to form an on-site construction process file, the on-site construction process file is displayed in an on-site construction terminal and comprises an assembly drawing of the to-be-produced processing component (shown in fig. 1-5), a part list of the to-be-produced processing component (shown in fig. 2), a welding line of the to-be-produced processing component (shown in fig. 3), assembly of the to-be-produced processing component (shown in fig. 4), and assembly of the to-be-produced processing component is welded (shown in fig. 5). FIGS. 1-5 show process illustrations of a specific in-situ welding operation of a component.
The on-site construction process is that on a system control interface, on the basis of the requirements of production work orders and the requirements of process details, on-site construction process establishment is carried out in a standard process element mode, and comprises the steps and methods of providing a general assembly drawing, a part list, an operation route, assembly and assembly control, a new task and default display.
After the field construction process is compiled, the field construction process is sent to a field operation platform of the operation welding machine equipment through a network system, a field operation instruction book is formed by a process engineer according to field operation resources, and then step-by-step operation is carried out by a designated welder operator according to the operation process.
The method comprises the steps of converting the to-be-welded processing requirements of parts to be produced into various standard process elements, converting the conditions of various on-site welding processes into standard on-site welding process elements according to the standard requirements of on-site welding process, solidifying the formed standard on-site welding process elements into a computer, and establishing an on-site welding process system database; and forming an on-site welding construction process element combination of the to-be-produced processing parts in the process of determining the to-be-produced processing parts and decomposing the to-be-produced processing parts according to the standard on-site welding construction process elements.
The matching of the on-site welding construction process elements is to compare the on-site welding construction process element combination of the parts to be produced and processed with the standard on-site welding construction process elements in the on-site welding construction process system database one by one, and find the closest reference stock on-site welding construction process in the on-site welding construction process system database according to the comparison result one by one.
The process elements are process elements which change all the contents to be processed of the parts to be produced and processed into the process elements meeting the standard requirements according to the requirements of the site construction standard; the method comprises a part list, an operation route, assembly control, operation tasks, steps and a method, and further comprises site construction operators, operation process conditions, parameters and equipment so as to ensure that all process elements processed by the parts to be produced and processed can be compared one by one.
The one-by-one comparison comprises comparison of a part list, an operation route, assembly control, operation tasks, steps and methods, and further comprises comparison of field welding construction operators, operation process conditions, parameters and equipment so as to ensure complete comparison of various process elements of parts to be produced and processed.
The method is characterized in that the closest reference stock site welding construction process template is found out through matching of various site welding construction process elements, after various process elements of the parts to be produced and processed are completely compared, process matching is automatically carried out in a site welding construction process system database according to the various process elements, the most suitable reference stock site welding construction process template is found, and the reference stock site welding construction process template is taken as a basic process template of the parts to be produced and processed.
The automatic process matching comprises matching of part type drawing numbers, numbering information and design version information of parts.
The automatic process matching mode is to encode the part type drawing number, the number information and the design version information of the part, compare and match the part by adopting a process encoding mode, acquire process data according to the steel seal number, the drawing information and the process version number of the part for field welding construction operation, determine various process elements of the part to be produced and processed, and form a process file of the part to be produced and processed.
The same product process is considered to be the same product process if the names of products are the same and the elements of various field welding construction processes are the same.
The modification and supplement of the on-site welding construction process elements according to the on-site welding construction process elements of the parts to be produced and processed refers to that a reference stock on-site welding construction process template which is completely the same as the requirements to be processed of the parts to be produced and processed is not found in a database of an on-site welding construction process system, and the nearest reference stock on-site welding construction process template must be subjected to process modification; after all process elements of the parts to be produced and processed are matched with the nearest reference stock on-site welding construction process template, different process elements or missing process elements are found out, then the corresponding process elements are called in an on-site welding construction process system database, the reference stock on-site welding construction process template is subjected to supplementary modification, and after the supplementary modification is finished, a new on-site welding construction process meeting all process elements of the parts to be produced and processed is formed.
The above-listed embodiments are only to clearly and completely describe the technical solution of the present invention in conjunction with the accompanying drawings; it will be apparent that the described embodiments are only some, but not all, embodiments of the invention. All other embodiments, which can be made by those skilled in the art based on the embodiments of the invention without making any inventive effort, are intended to be within the scope of the invention.
The invention has the advantages that:
the invention effectively integrates various resource elements of field construction, decomposes the resource elements to form various standard process elements, classifies and stores the prior mature process resource information, manages a database, performs field construction process establishment by referring to the standard process elements and mature information resources in the database in field construction, and establishes field implementation operation process, thus the establishment of field construction process files has the following advantages:
1. resources related to the field construction of enterprises can be integrated, systematic standardized management is carried out through software, reasonable allocation and high-efficiency utilization of the resources are realized, and a management platform is provided for cost reduction and synergy;
2. the standard structured field construction process is adopted for programming, and software is utilized for process programming, so that the difficulty of process file programming can be greatly reduced, and human programming errors during manual programming are avoided to a great extent;
3. the requirements of various construction process standards can be completely met, the cost is reduced, the efficiency is improved, and the documentation quality is improved;
4. the successful process experience can be effectively stored through utilization and management of mature information resources, so that the subsequent process compiling and utilization are facilitated, the process compiling time is saved, and the compiling file efficiency is improved;
5. the process record files of various site construction processes are ensured to be completely and correctly recorded along with the process flow, and the repetitive work is reduced;
6. the method helps users to implement complete and strict field construction quality control standards more conveniently and efficiently, thereby improving the product quality rapidly and maintaining the stability of the quality;
7. by adopting a standardized process element programming process, a great amount of test piece material cost and labor can be saved.
Claims (7)
1. A method for carrying out on-site construction process programming by utilizing a software system is characterized in that: according to the requirements of the parts to be produced and processed, determining on-site construction process elements according to the requirements of on-site construction standards, then conveying the determined on-site construction process elements into a database of an on-site construction process system, matching the on-site construction process elements, and finding out the closest reference stock on-site construction process template through the matching of various on-site construction process elements; if the same product process is found and the field construction process elements are completely consistent, directly calling a reference stock field construction process template, and modifying the date shape to form the field construction process of the parts to be produced and processed; if the reference stock site construction process templates are not identical in the site construction process system database, the nearest reference stock site construction process template is called, and on the basis of the nearest reference stock site construction process template, site construction process element modification and supplement are carried out according to the site construction process elements of the parts to be produced and processed, and a new site construction process of the parts to be produced and processed is formed after the site construction process element modification and supplement is completed; the determination of the field construction process elements according to the requirements of the field construction standard is to convert the conditions of various field construction processes into standard field construction process elements according to the standard requirements of the field construction process, and cure the formed standard field construction process elements into a computer to establish a field construction process system database; the method comprises the steps of forming a site construction process element combination of a to-be-produced processing part in a process of determining that the to-be-produced processing part is to decompose the to-be-produced processing part according to the standard site construction process elements;
the method comprises the steps of finding out the nearest reference stock site construction process template through matching of various site construction process elements, automatically carrying out process matching in a site construction process system database according to various process elements after the various process elements of the parts to be produced are completely compared, finding out the most suitable reference stock site construction process template, taking the reference stock site construction process template as a basic process template of the parts to be produced, and finding out the nearest reference stock site construction process template through matching of the various site construction process elements after the various process elements of the parts to be produced are completely compared, automatically carrying out process matching in a site construction process system database according to the various process elements, finding out the most suitable reference stock site construction process template, and taking the reference stock site construction process template as the basic process template of the parts to be produced;
the on-site construction process element modification and supplement according to the on-site construction process element of the to-be-produced and processed part means that a reference stock on-site construction process template which is completely the same as the to-be-processed requirement of the to-be-produced and processed part is not found in an on-site construction process system database, and the nearest reference stock on-site construction process template must be subjected to process modification; after all process elements of the parts to be produced and processed are matched with the nearest reference stock site construction process template, different process elements or missing process elements are found out, then the corresponding process elements are called in a site construction process system database, the reference stock site construction process template is subjected to supplementary modification, and after the supplementary modification is finished, a new site construction process meeting all process elements of the parts to be produced and processed is formed.
2. The method for performing construction process planning on site by using a software system as set forth in claim 1, wherein: the matching of the field construction process elements is to compare the field construction process element combination of the parts to be produced and processed with the standard field construction process elements in the field construction process system database one by one, and find the nearest reference stock field construction process in the field construction process system database according to the comparison result one by one.
3. The method for performing construction process programming on site using a software system as claimed in claim 2, wherein: the process elements are process elements which change all the contents to be processed of the parts to be processed into the process elements meeting the standard requirements according to the field construction standard requirements; the method comprises a part list, an operation route, assembly control, operation tasks, steps and a method, and further comprises site construction operators, operation process conditions, parameters and equipment so as to ensure that all process elements processed by the parts to be produced and processed can be compared one by one.
4. The method for performing construction process programming on site using a software system as claimed in claim 2, wherein: the one-by-one comparison comprises comparison of a part list, an operation route, assembly control, operation tasks, steps and methods, and further comprises comparison of site construction operators, operation process conditions, parameters and equipment so as to ensure complete comparison of various process elements of parts to be produced and processed.
5. The method for performing construction process planning on site by using a software system as set forth in claim 1, wherein: the automatic process matching comprises matching of part type drawing numbers, numbering information and design version information of parts.
6. The method for performing construction process planning on site by using a software system as set forth in claim 1, wherein: the automatic process matching mode is to encode the part type drawing number, the number information and the design version information of the part, compare and match the part by adopting a process encoding mode, acquire process data according to the steel seal number, the drawing information and the process version number of the part for site construction operation, determine various process elements of the part to be produced and processed, and form a process file of the part to be produced and processed.
7. The method for performing construction process planning on site by using a software system as set forth in claim 1, wherein: the same product process is considered to be the same product process if the names of the products are the same and the elements of various field construction processes are the same.
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