Information providing management method for deepening design of construction project

Abstract

The invention relates to an information providing management method for construction project deepening design, which comprises the following steps: data collection: collecting and arranging corresponding deepening design contents for each sub-project of a construction project; key words are set, the key words which can reflect the characteristics of the corresponding subitem engineering and can be mapped to other deepened design contents are set, and the same key word corresponds to the unique subitem engineering; constructing a matrix, simultaneously setting the plurality of subentry projects as a first row factor and a first column factor of the matrix, correspondingly setting the plurality of deepened design contents as a second row factor of the matrix, and enabling the constructed matrix to automatically match a pre-project for each subentry project in the first row factor based on each deepened design content and a keyword; and resource allocation: before each sub-project is constructed, carrying out information providing and resource allocation on the corresponding pre-project. According to the method, detailed analysis and cross matrix type management of mutual extraction data of each sub-item design in the construction project deepening design can be realized, information extraction omission can be prevented, and the management efficiency is high.

Description

Technical Field

[0001] The present invention relates to the technical field of building construction in-depth design management, and in particular to a funding management method for in-depth design of a construction project. Background Art

[0002] Usually a construction project will be divided into several sub-projects and subcontracted to different professional teams for in-depth design and construction, which inevitably involves raising funds and in-depth design management.

[0003] In traditional in-depth design management, the allocation and management of information between various in-depth disciplines often rely on manual operations, which is prone to information inconsistency, information omission, and uneven resource allocation. With the increasing complexity of project in-depth design and the increase in in-depth design-related disciplines, the existing management methods can no longer meet the needs, and a more efficient and accurate management tool is urgently needed. Summary of the invention

[0004] In order to solve the above problems, the present invention provides a method for managing the capital raising for the in-depth design of construction projects, which can realize the detailed analysis and cross-matrix management of the mutual information raised by each sub-design in the in-depth design of construction projects, improve the efficiency of in-depth design management, prevent the omission of capital raising, and reduce the risk of engineering construction.

[0005] The present invention is implemented by the following scheme: a method for managing capital raising for in-depth design of a construction project, comprising the steps of:

[0006] Data collection: divide the construction project into several sub-projects, and collect and organize the in-depth design content involved in each sub-project;

[0007] Setting keywords: according to each of the detailed design contents and in combination with construction experience, setting keywords that can reflect the characteristics of the corresponding sub-project and can be mapped to other detailed design contents, and making the same keyword correspond to a unique sub-project;

[0008] Matrix construction, setting a number of sub-projects as the first row factor of the matrix, setting a number of in-depth design contents one by one under the number of sub-projects and forming the second row factor of the matrix, and setting a number of sub-projects as the first column factor of the matrix; the constructed matrix can automatically match a predecessor project for each sub-project in the first row factor based on each of the in-depth design contents and the set keywords, wherein the predecessor project is selected from the first column factor and is different from the matched sub-project;

[0009] Resource allocation: Before constructing each sub-project, raise funds for the corresponding matching pre-projects, and allocate resources to the pre-projects based on the raised funds.

[0010] A further improvement of the present invention is that the constructed matrix is ​​programmed to automatically match the pre-projects for each sub-project in the first row of factors. The matching logic includes: taking the keywords corresponding to each sub-project as the search target one by one; and in each search,

[0011] Search for other in-depth design contents in the second row of factors except for the in-depth design contents corresponding to the current sub-project, and find the target in-depth design contents that can search for the target keywords;

[0012] Find the sub-project corresponding to the target detailed design content in the first row of factors and use it as the sub-project to be matched;

[0013] Find the sub-project that is the same as the current sub-project in the first column of factors as the predecessor project of the sub-project to be matched;

[0014] The target keyword is marked in the matrix and located at the intersection of the corresponding sub-project to be matched and the preceding project.

[0015] A further improvement of the present invention is:

[0016] When setting keywords, you can set at least two different keywords for the same sub-project;

[0017] In each search, all keywords corresponding to the current sub-project are used as search targets, and target in-depth design content that can search for any target keyword is found.

[0018] A further improvement of the present invention is that before the construction of each sub-project, the corresponding in-depth design content in the matrix can be updated. If the updated content involves keywords corresponding to other sub-projects, the marking content at the relevant intersections is updated synchronously.

[0019] A further improvement of the present invention is that all sub-projects in the first row of factors and the first column of factors are arranged according to the same basic construction sequence.

[0020] A further improvement of the present invention is that it also includes the step of: managing and making decisions on the in-depth design of the construction project based on the data support provided by the matrix.

[0021] The present invention collects and organizes the detailed design contents of each sub-project respectively, and cooperates with the construction of a matrix, which can realize the detailed analysis and cross-matrix management of the mutual information of each sub-design in the detailed design of the construction project, improve the management efficiency of the detailed design, prevent the omission of the capital, and reduce the risk of engineering construction. The present invention is particularly suitable for complex detailed design projects with multiple professional intersections, which can ensure the accuracy and consistency of the design data and improve the efficiency of team collaboration. BRIEF DESCRIPTION OF THE DRAWINGS

[0022] Figure 1 A schematic diagram of creating a cross-matrix capital raising management table in the present invention is shown.

[0023] Figure 2 The cross matrix capital raising management table in the embodiment of the present invention is shown. Figure 1 .

[0024] Figure 3 The cross matrix capital raising management table in the embodiment of the present invention is shown. Figure 2 . DETAILED DESCRIPTION

[0025] In order to solve the problems of inconsistent information, information omission, and uneven resource allocation that are prone to occur in traditional in-depth design management methods, the present invention provides a method for raising funds for in-depth design of construction projects, which can realize detailed analysis and cross-matrix management of the mutual information of each sub-design in the in-depth design of construction projects, improve the efficiency of in-depth design management, prevent omissions in raising funds, and reduce engineering construction risks. The following is a further explanation of the method for raising funds for in-depth design of construction projects with specific embodiments combined with the accompanying drawings.

[0026] A method for managing capital raising for in-depth design of a construction project, comprising the steps of:

[0027] 1. Data collection. Divide the construction project into several sub-projects, and collect and organize the in-depth design content involved in each sub-project.

[0028] 2. Set keywords. According to each detailed design content and in combination with construction experience, set keywords that can reflect the characteristics of the corresponding sub-project and can be mapped to other detailed design contents, and make the same keyword correspond to a unique sub-project. In other words, each sub-project has a unique keyword attribute. The same sub-project can correspond to different keywords.

[0029] 3. Matrix construction.

[0030] Set several sub-projects as the first row factors of the matrix, set several in-depth design contents one by one below the several sub-projects and form the second row factors of the matrix, and set several sub-projects as the first column factors of the matrix. Preferably, according to the experience of the construction industry, the various sub-projects of a construction project actually have a rough construction sequence, such as: the primary structure construction is often carried out before the secondary structure construction. For the convenience of management, when constructing the matrix, all sub-projects can be arranged according to the conventional construction sequence, that is, the sub-projects of the first row factors and the first column factors are arranged in this order, and accordingly, the in-depth design contents in the second row factors are also arranged in the order of the sub-projects to which they correspond. For the final constructed matrix, refer to Figure 1 shown.

[0031] In addition, after constructing the matrix framework, the matrix needs to be logically configured so that the constructed matrix can automatically match the predecessor project for each sub-project in the first row of factors based on the detailed design content and the set keywords. The predecessor project is selected from the first column of factors and is different from the matched sub-project.

[0032] Specifically: computer language programming can be used to enable the constructed matrix to automatically match the predecessor project for each sub-project in the first row of factors. The matching logic includes: taking the keywords corresponding to each sub-project as the search target one by one; and in each search, searching the other in-depth design contents in the second row of factors except the in-depth design content corresponding to the current sub-project, and finding the target in-depth design content that can search for the target keyword; finding the sub-project corresponding to the target in-depth design content in the first row of factors, and using it as the sub-project to be matched; finding the sub-project identical to the current sub-project in the first column of factors as the predecessor project of the sub-project to be matched; marking the target keyword in the matrix and locating it at the intersection of the corresponding sub-project to be matched and the predecessor project. And output the corresponding cross-matrix capital raising management table, as shown below: Figure 1 As shown, the keyword X of sub-project 4 can be searched in the work content (i.e., the in-depth design content) of sub-project 3, and the predecessor project of sub-project 3 is sub-project 4, which is reflected in the status in the management table: the keyword X is marked at the intersection of sub-project 3 in the first row of factors and sub-project 4 in the first column of factors. When the manager is managing, by observing the capital raising management table, he can know at a glance that the predecessor project associated with sub-project 3 is sub-project 4, and before carrying out sub-project 3, he can carry out capital raising management for sub-project 4.

[0033] 4. Resource allocation. Before constructing each sub-project, allocate resources for the pre-projects that need to be managed in step 3 and plan the completion period.

[0034] It should be noted that: for the case where at least two different keywords are set for the same sub-project. When the matrix is ​​logically configured, it is necessary to meet the following requirements: in each search, all keywords corresponding to the current sub-project are used as search targets, and the target detailed design content that can search for any target keyword is found. In other words, when searching for the target keyword of the same sub-project, two or more other sub-projects may be matched, and the sub-project with the target keyword attribute can be used as the pre-project of two or more other sub-projects at the same time.

[0035] The following is an explanation using the in-depth design of a specific construction project as an example.

[0036] The first step is data collection. The construction project is divided into seven sub-projects: primary structure, secondary structure, steel structure, waterproofing, doors and windows, theme decoration and non-theme decoration, and each subcontract is assigned to different teams for in-depth design. First, extract the relevant work content from each subcontract as the in-depth design content of each sub-project.

[0037] The second step is to set keywords. Taking waterproof engineering as an example, based on the work content of waterproof engineering, its core feature is to carry out waterproof construction. Therefore, the key of waterproof engineering can be set as "waterproof". Further from the industry construction experience, it can be known that the parts that need to be waterproof usually involve outdoor components. Therefore, you can also choose to set two keywords for waterproof engineering, namely "waterproof" and "outdoor". Taking the door and window engineering as an example, its work content mainly involves doors and windows. Therefore, two keywords can be set for the door and window engineering, namely "door" and "window". It should be noted that the keywords of each sub-project can only be used by the sub-project alone. That is to say, after "waterproof" and "outdoor" are used as keyword attributes of waterproof engineering, they can no longer be used by other sub-projects. When the keywords "waterproof" or "outdoor" are given, they can only correspond to waterproof engineering. In this way, set keywords for all sub-projects.

[0038] The third step is matrix construction. All sub-projects are set as the first row and first column factors of the matrix according to the conventional construction order, and all in-depth design contents are set as the second row factors (i.e., one row of work content) according to the order of the corresponding sub-projects. Figure 2 In order to facilitate identification of the keyword attributes of each sub-project, the corresponding keywords can be marked in the form of bracket notes at each sub-project in the first line of factors.

[0039] By programming, the matrix can automatically match the predecessor project for each sub-project and mark it in the output capital raising table. For example, the keywords of the waterproof project are "waterproof" and "outdoor", and the two are used as target keywords to search in the work content corresponding to other sub-projects. It can be found that the work content corresponding to the door and window project includes the word "outdoor", while the work content corresponding to the theme decoration project and the non-theme decoration project respectively includes the word "waterproof". Therefore, the waterproof project is also the predecessor project of the door and window project, the theme decoration project and the non-theme decoration project. Therefore, the state reflected in the table is that the door and window project, the theme decoration project and the non-theme decoration project in the first row of factors are marked with corresponding keywords at the intersection of the waterproof project in the first column of factors. In this way, a round-robin search is performed based on all sub-projects, and the predecessor and successor associations between all sub-projects have been completed.

[0040] The fourth step is to build the matrix based on the third step, and then we can get Figure 2 The funding table shown in the figure clearly shows which sub-projects the construction project includes, the work content of each sub-project, and the pre- and post-project relationships between each sub-project. Before constructing each sub-project, the pre-projects that need funding management obtained in the third step are allocated resources and the completion period is planned and designed.

[0041] Preferably, before the construction of each sub-project, the corresponding detailed design content in the matrix can be updated. If the updated content involves keywords corresponding to other sub-projects, the marking content at the relevant intersections will be updated synchronously. Figure 3 As can be seen from the figure, the theme decoration project has been updated in terms of work content, and two specific work contents have been deleted, namely "waterproofing projects in areas with waterproofing requirements" and "decoration and mechanical and electrical engineering in the fine decoration area". One of these two specific work contents involves the keyword "waterproofing". The work content of the updated main decoration project will no longer include the word "waterproofing". Therefore, the "waterproofing" mark marked at the relevant intersection will be deleted simultaneously, and then the waterproofing project will no longer be used as a pre-project for the theme decoration project. Of course, the update of the in-depth design content is not limited to the above-mentioned deletion method, but can also be to modify the work content or add work content, but the premise is that if it involves the keyword attributes of other sub-projects, the keywords will be automatically added or deleted at the relevant intersections. Then, a fully automated matrix cross-management is realized.

[0042] This method can improve the efficiency of in-depth design management, prevent missed funding, and reduce engineering construction risks through detailed analysis and cross-matrix management of the mutual submission of information for each sub-design in the in-depth design of the construction project. In addition, the data provided by the matrix can also support the management and decision-making of the in-depth design of the construction project. This method is particularly suitable for complex in-depth design projects with multiple disciplines, which can ensure the accuracy and consistency of design data and improve the efficiency of team collaboration.

[0043] The present invention is described in detail above in conjunction with the embodiments of the accompanying drawings. A person skilled in the art can make various variations of the present invention according to the above description. Therefore, certain details in the embodiments should not constitute a limitation of the present invention, and the scope of protection of the present invention shall be defined by the scope of the attached claims.

Claims

1. A method for managing capital raising for in-depth design of a construction project, characterized in that: Includes steps: Data collection: divide the construction project into several sub-projects, and collect and organize the in-depth design content involved in each sub-project; Setting keywords: according to each of the detailed design contents and in combination with construction experience, setting keywords that can reflect the characteristics of the corresponding sub-project and can be mapped to other detailed design contents, and making the same keyword correspond to a unique sub-project; Matrix construction, setting several sub-projects as the first row factors of the matrix, setting several in-depth design contents one by one under several sub-projects and forming the second row factors of the matrix, and setting several sub-projects as the first column factors of the matrix; The constructed matrix can automatically match the predecessor project for each sub-project in the first row of factors based on the detailed design contents and the set keywords, wherein the predecessor project is selected from the first column of factors and is different from the matched sub-project; Resource allocation: Before constructing each sub-project, raise funds for the corresponding matching pre-projects, and allocate resources to the pre-projects based on the raised funds.

2. The method for managing the capital raising for the in-depth design of a construction project according to claim 1, characterized in that: The constructed matrix is ​​programmed to automatically match the predecessor projects for each sub-project in the first row of factors. The matching logic includes: taking the keywords corresponding to each sub-project as the search target one by one; and in each search, Search for other in-depth design contents in the second row of factors except for the in-depth design contents corresponding to the current sub-project, and find the target in-depth design contents that can search for the target keywords; Find the sub-project corresponding to the target detailed design content in the first row of factors and use it as the sub-project to be matched; Find the sub-project that is the same as the current sub-project in the first column of factors as the predecessor project of the sub-project to be matched; The target keyword is marked in the matrix and located at the intersection of the corresponding sub-project to be matched and the preceding project.

3. The method for managing the capital raising for the in-depth design of a construction project according to claim 2, characterized in that: When setting keywords, you can set at least two different keywords for the same sub-project; In each search, all keywords corresponding to the current sub-project are used as search targets, and target in-depth design content that can search for any target keyword is found.

4. The method for managing the capital raising for the in-depth design of a construction project according to claim 2, characterized in that: Before the construction of each sub-project, the corresponding detailed design content in the matrix can be updated. If the updated content involves keywords corresponding to other sub-projects, the marking content at the relevant intersections will be updated synchronously.

5. The method for managing the capital raising for the in-depth design of a construction project according to claim 2, characterized in that: All sub-projects in the first row of factors and the first column of factors are arranged according to the same basic construction sequence.

6. The method for managing the capital raising for the in-depth design of a construction project according to claim 2, characterized in that: The step is also included: managing and making decisions on the in-depth design of the construction project based on the data support provided by the matrix.

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