Dynamic design system and method for house building engineering construction scheme

Abstract

The invention provides a house building engineering construction scheme dynamic design system and method, and the system comprises a first obtaining subsystem which is used for obtaining the dynamic construction data of a target house building site; the second acquisition subsystem is used for acquiring a standard process judgment template; the design cut-in process point determination subsystem is used for determining a design cut-in process point according to the dynamic construction data and the standard process judgment template; the dynamic design feature extraction subsystem is used for determining dynamic design features according to design cut-in process points; and the dynamic design subsystem is used for carrying out dynamic design according to the dynamic design characteristics. According to the house building engineering construction scheme dynamic design system and method, the standard process judgment template is introduced to judge the dynamic construction data of the target house building site, the design cut-in process point is determined, the dynamic design features are extracted, and the construction scheme is dynamically designed based on the dynamic design features. Construction resources are dynamically allocated, and the construction process is more suitable.

Description

Technical Field

[0001] The present invention relates to the technical field of building engineering, and in particular to a system and method for dynamic design of a construction plan of a building construction project. Background Art

[0002] Housing construction refers to the process of building housing buildings in the field of construction according to design drawings and construction specifications. This process involves multiple stages, including: preliminary preparation, foundation engineering, main structure construction, building decoration, and building installation engineering. During the construction process, you may encounter design changes, material supply problems, changes in weather conditions, technical difficulties, etc. Dynamic design can adjust the construction plan in time to cope with these changes. In order to ensure the timeliness of dynamic design, it is necessary to monitor the construction progress and resource usage in real time, so as to better predict and manage the risks that may arise during the construction process and reduce the possibility of safety accidents and cost overruns.

[0003] The invention patent with application number: CN202310230965.9 discloses a dynamic design system for construction organization plans of large-scale housing construction projects. The system includes a data collection and preprocessing module, a data analysis and knowledge base establishment module, a multi-dimensional optimization generation module for construction organization plans, and a dynamic optimization module for construction process plans. The above invention is used for the generation of construction organization plans in various types of engineering construction. During the construction process, the dynamic optimization of the construction plan can be achieved by combining the perception and evaluation of the construction status. The multi-objective optimization solution method is used to achieve the optimization of the construction period and funding combination goals, solving the shortcomings of the existing goal optimization methods. On the basis of the division of sub-projects, a method for dividing components and minimum processes is proposed, which can guide construction operations more meticulously. At the same time, with funding and construction period as the dual-objective optimization, the allocation of resources can be considered more scientifically and comprehensively, reducing the waste of resources caused by incomplete consideration of operations and scheduling, and saving money.

[0004] However, the above-mentioned existing technology realizes dynamic optimization of construction plans by combining perception and evaluation of construction status. The optimization effect of this plan is highly dependent on data analysis experience and knowledge base reserves. When errors occur in perception and evaluation, there are situations where optimization is not suitable.

[0005] In view of this, there is an urgent need for a dynamic design system and method for a housing construction project construction plan to at least solve the above-mentioned shortcomings. Summary of the invention

[0006] One of the purposes of the present invention is to provide a system and method for dynamic design of construction plans for housing construction projects, introduce a standard process judgment template to judge the dynamic construction data of the target housing construction site, and determine the design entry process point; according to the entry process point, extract dynamic design features, and dynamically design the construction plan based on the dynamic design features, so as to realize the dynamic allocation of construction resources and make the construction process more suitable.

[0007] An embodiment of the present invention provides a dynamic design system for a building construction project, comprising: The first acquisition subsystem is used to acquire dynamic construction data of the target house construction site; The second acquisition subsystem is used to acquire the standard process determination template; The design entry process point determination subsystem is used to determine the design entry process point based on dynamic construction data and standard process determination template; Dynamic design feature extraction subsystem, used to determine dynamic design features according to the design entry process point; The dynamic design subsystem is used to perform corresponding dynamic design according to dynamic design characteristics.

[0008] Preferably, the first acquisition subsystem includes: A construction data collection device docking module, used to dock with a construction data collection device at a target building construction site; The dynamic construction data acquisition module is used to collect dynamic construction data after the construction data acquisition device is connected.

[0009] Preferably, the second acquisition subsystem includes: An initial construction plan acquisition module is used to acquire an initial construction plan; The standard process determination template acquisition module is used to obtain the standard process determination template according to the initial construction plan.

[0010] Preferably, the design of the entry process point determination subsystem includes: A standard process deviation determination module is used to determine the standard process deviation based on dynamic construction data and a standard process determination template; The design entry process point determination module is used to take the corresponding moment as the design entry process point if the standard process deviation is greater than or equal to a preset standard process deviation threshold.

[0011] Preferably, the dynamic design feature extraction subsystem includes: A dynamic design feature extraction template construction module, used to construct a dynamic design feature extraction template; The dynamic design feature acquisition module is used to extract templates based on dynamic design features and acquire dynamic design features according to dynamic construction data.

[0012] Preferably, the dynamic design feature extraction template construction module includes: The standard construction process data determination submodule is used to determine the standard construction process data before the design cut-in process point according to the design cut-in process point; A data acquisition submodule, for determining similarity data and difference data between the acquired dynamic construction data and the standard construction process data; The completed construction record retrieval submodule is used to retrieve the completed construction records based on big data and similar data; The construction plan change event acquisition submodule is used to acquire the construction plan change event after the completed construction record corresponds to similar data; A change situation matching value determination submodule is used to determine a change situation matching value according to a construction plan change event and difference data; A target construction plan change event determination submodule is used to determine the corresponding construction plan change event as the target construction plan change event if the change situation matching value is greater than or equal to a preset change situation matching value threshold; A change basis type set acquisition submodule is used to extract the change basis in the target construction plan change event and acquire the change basis type set; The dynamic design feature extraction template acquisition submodule is used to obtain the dynamic design feature extraction template according to the modification basis type set.

[0013] A housing construction project construction scheme dynamic design system provided by an embodiment of the present invention also includes: The notification subsystem is used to notify the construction workers to adjust the corresponding construction operations after performing the corresponding dynamic design according to the dynamic design characteristics, and to remind the construction workers who fail to adjust the construction operations in time.

[0014] Preferably, the notification subsystem includes: A notification medium determination module is used to determine notification media for multiple local construction areas; the notification media include: a message display device for the local construction area, a message broadcast device for the local construction area, and a communication terminal configured by construction personnel; A receiving behavior extraction path docking module, used for docking the receiving behavior extraction path of the notification medium; A target local construction area determination module is used to traverse the local construction areas in sequence and take the local construction area being traversed as the target local construction area; A receiving behavior extraction module, used to extract a receiving behavior applicable to the notification validity determination of the target local construction area according to the receiving behavior extraction path of the notification medium of the target local construction area; The notification validity determination module is used to determine whether the notification is valid according to the corresponding receiving behavior of the construction personnel in the target local construction area; A continuation determination module is used to continue traversing the next local construction area if the notification of each construction worker in the target local construction area is valid; The reminder viewing module is used to remind construction personnel in the target local construction area that the notification is invalid and to check the notification information in a standardized manner.

[0015] Preferably, the notification validity determination module includes: The notification type determination submodule is used to obtain the notification type according to the number of media of the notification media corresponding to the receiving behavior of the construction personnel; the notification type includes: independent notification and combined notification; The first determination submodule is used to determine whether the construction personnel's corresponding receiving behavior is a valid notification according to the notification validity determination template of the notification medium of the independent notification if the notification type is an independent notification; The notification validity determination strategy acquisition submodule is used to obtain the notification validity determination strategy of the notification medium of the combined notification if the notification type is a combined notification; The second determination submodule is used to determine whether the construction personnel's corresponding receiving behavior is a valid notification according to the notification validity determination strategy.

[0016] An embodiment of the present invention provides a dynamic design method for a building construction project, comprising: Obtain dynamic construction data of the target house construction site; Get the standard process determination template; Determine the design entry point based on dynamic construction data and standard process judgment template; Determine dynamic design features based on the design entry point; Carry out corresponding dynamic design according to the dynamic design characteristics.

[0017] The beneficial effects of the present invention are: The present invention introduces a standard process determination template to determine the dynamic construction data of the target building construction site and determine the design entry process point; according to the entry process point, the dynamic design features are extracted, and the dynamic design of the construction plan is performed based on the dynamic design features, so as to realize the dynamic allocation of construction resources and make the construction process more suitable.

[0018] Other features and advantages of the present invention will be described in the following description, and partly become apparent from the description, or understood by practicing the present invention. The purpose and other advantages of the present invention can be realized and obtained by the structures specifically pointed out in the present application documents.

[0019] The technical solution of the present invention is further described in detail below through the accompanying drawings and embodiments. BRIEF DESCRIPTION OF THE DRAWINGS

[0020] 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: Figure 1 A schematic diagram of a dynamic design system for a housing construction project construction plan according to an embodiment of the present invention; Figure 2 It is a schematic diagram of a dynamic design method for a construction plan of a housing construction project in an embodiment of the present invention. DETAILED DESCRIPTION

[0021] The preferred embodiments of the present invention are described below in conjunction with the accompanying drawings. It should be understood that the preferred embodiments described herein are only used to illustrate and explain the present invention, and are not used to limit the present invention.

[0022] The embodiment of the present invention provides a dynamic design system for a building construction project. Figure 1 As shown, including: The first acquisition subsystem 1 is used to acquire dynamic construction data of the target housing construction site; wherein the target housing construction site is: the construction site area of ​​the housing construction project; the dynamic construction data is: data collected in real time during the construction process, such as: construction progress, site conditions and construction behavior of construction personnel, etc. When acquiring, after establishing a communication link with the construction data acquisition device of the target housing construction site (such as: a camera device installed at the construction site), corresponding acquisition is performed; The second acquisition subsystem 2 is used to acquire a standard process determination template; wherein the standard process determination template is a template used for comparing dynamic construction data to determine whether a preset construction plan is met, and the standard process determination template is set according to an initial construction plan, and the initial construction plan is a construction plan designed by construction designers according to construction goals and construction site conditions before construction is carried out; The design entry process point determination subsystem 3 is used to determine the design entry process point according to the dynamic construction data and the standard process determination template; wherein the design entry process point is: determining the time when the initial construction plan needs to be adjusted, when determining, obtaining the deviation degree of the dynamic construction data corresponding to the standard process in the standard process determination template, that is, the standard process deviation degree, when the standard process deviation degree is greater than or equal to a preset standard process deviation degree threshold (the preset standard process deviation degree threshold is manually preset), the corresponding moment is used as the design entry process point; The dynamic design feature extraction subsystem 4 is used to determine the dynamic design features according to the design entry process point; wherein the dynamic design features are: features related to the redesigned construction plan, such as: difference data from the original construction plan; The dynamic design subsystem 5 is used to perform corresponding dynamic design according to the dynamic design features. When performing corresponding dynamic design according to the dynamic design features, the dynamic design features are input into the dynamic construction scheme design model to obtain a dynamic construction scheme; the dynamic construction scheme design model is: an AI model for dynamically designing the construction scheme according to the changes in the on-site construction, and the neural network model is trained and obtained by using the construction scheme change records.

[0023] The working principle and beneficial effects of the above technical solution are: The present invention introduces a standard process determination template to determine the dynamic construction data of the target building construction site and determine the design entry process point; according to the entry process point, the dynamic design features are extracted, and the dynamic design of the construction plan is performed based on the dynamic design features, so as to realize the dynamic allocation of construction resources and make the construction process more suitable.

[0024] In one embodiment, the first acquisition subsystem includes: A construction data collection device docking module, used to dock with a construction data collection device at a target building construction site; The dynamic construction data acquisition module is used to collect dynamic construction data after the construction data acquisition device is connected.

[0025] The working principle and beneficial effects of the above technical solution are: The present invention is based on the Internet of Things technology, connects to the construction data collection device at the target house construction site and performs real-time collection of dynamic construction data, thereby improving the timeliness of data acquisition.

[0026] In one embodiment, the second acquisition subsystem includes: The initial construction plan acquisition module is used to acquire the initial construction plan; wherein the initial construction plan is: the construction plan designed by the construction designer based on the construction objectives and construction site conditions before construction is carried out; The standard process determination template acquisition module is used to obtain the standard process determination template according to the initial construction plan.

[0027] The working principle and beneficial effects of the above technical solution are: The present invention obtains an initial construction plan for a target building, formulates a standard process determination template according to the initial construction plan, and uses it for comparison of subsequent dynamic construction data, thereby improving the intervention efficiency of dynamic construction design.

[0028] In one embodiment, the design of the entry process point determination subsystem includes: The standard process deviation determination module is used to determine the standard process deviation according to the dynamic construction data and the standard process determination template; wherein, when determining the standard process deviation, it is determined that the construction process of the dynamic construction data corresponds to the standard construction data of the standard process determination template, and the data difference between the dynamic construction data and the standard construction data is calculated to obtain the standard process deviation; The design entry process point determination module is used to take the corresponding moment as the design entry process point if the standard process deviation is greater than or equal to a preset standard process deviation threshold.

[0029] The working principle and beneficial effects of the above technical solution are: The present invention determines the standard construction data corresponding to the standard process judgment template according to the construction progress of the dynamic construction data, calculates the data difference between the dynamic construction data and the standard construction data, obtains the standard process deviation, compares the standard process deviation with the introduced standard process deviation threshold, and determines the construction time when the standard process deviation is greater than or equal to the standard process deviation threshold as the design entry process point, thereby improving the rationality of the design entry.

[0030] In one embodiment, a dynamic design feature extraction subsystem includes: A dynamic design feature extraction template construction module is used to construct a dynamic design feature extraction template; wherein the dynamic design feature extraction template is: a template for extracting dynamic design features by comparing dynamic construction data; The dynamic design feature acquisition module is used to extract templates based on dynamic design features and acquire dynamic design features according to dynamic construction data.

[0031] The working principle and beneficial effects of the above technical solution are: The present invention constructs a dynamic design feature extraction template, extracts dynamic design features in dynamic construction data based on the dynamic design feature extraction template, and the extraction process of the dynamic design features is more standardized.

[0032] In one embodiment, the dynamic design feature extraction template construction module includes: The standard construction process data determination submodule is used to determine the standard construction process data before the design cut-in process point according to the design cut-in process point; wherein the standard construction process data is: when the construction time reaches the design cut-in process point, the theoretical construction process data; The data acquisition submodule is used to determine the similar data and the difference data between the acquired dynamic construction data and the standard construction process data; wherein the similar data is: the similar construction data part between the dynamic construction data and the standard construction process data; the difference data is: the difference construction data part between the dynamic construction data and the standard construction process data; The completed construction record retrieval submodule is used to retrieve completed construction records based on big data and similar data; wherein the completed construction records include construction records corresponding to similar data, which are construction records that have been completed in history; The construction plan change event acquisition submodule is used to obtain the construction plan change event corresponding to the completed construction record after similar data; wherein, the construction plan change event is: during the construction process, due to certain reasons (such as design changes, material replacement, construction method adjustment, etc.), the original planned construction plan is modified; The change situation matching value determination submodule is used to determine the change situation matching value according to the construction plan change event and the difference data; wherein the change situation matching value represents the matching degree of the change situation; The target construction plan change event determination submodule is used to take the corresponding construction plan change event as the target construction plan change event if the change situation matching value is greater than or equal to a preset change situation matching value threshold; wherein the preset change situation matching value threshold is manually preset; The change basis type set acquisition submodule is used to extract the change basis in the target construction plan change event and obtain the change basis type set; wherein the change basis is: the change basis for changing the construction plan in the target construction plan change event (for example: which construction method is adjusted to which construction method, which material is replaced by which material); The dynamic design feature extraction template acquisition submodule is used to acquire the dynamic design feature extraction template according to the modification basis type set. When acquiring the dynamic design feature extraction template according to the modification basis type set, the extraction strategy set corresponding to the modification basis type set is determined, and the dynamic design feature extraction template is acquired according to the extraction strategy set.

[0033] The working principle and beneficial effects of the above technical solution are: Generally, when there is a difference between real-time dynamic data and standard construction process data, the redesign of the scheme will not be triggered immediately. Therefore, before determining the design entry point, there is a part of the difference data between the dynamic construction data and the standard construction process data. In addition, the similar data between the dynamic construction data and the standard construction process data is obtained. Based on big data, according to similar data, the completed construction records containing the construction records corresponding to the similar data are retrieved, and the construction scheme change events corresponding to the completed construction records after the similar data are obtained; according to the construction scheme change events and the difference data, the matching degree of the change situation is determined. If the change situation matching value is greater than or equal to the preset change situation matching value threshold, the change basis is extracted for the corresponding target construction scheme change event, and the change basis type set is obtained. The similar part of the completed construction records are first obtained, and then the construction scheme change events are extracted for situation matching, which improves the acquisition efficiency of the change basis type set. According to the extraction strategy of each change basis type, multiple change basis extraction templates are determined, and the templates are summarized to obtain a dynamic design feature extraction template. The construction of the dynamic design feature extraction template is more appropriate.

[0034] The embodiment of the present invention provides a dynamic design system for a building construction project construction plan, further comprising: The notification subsystem is used to notify the construction workers to adjust the corresponding construction operations after performing the corresponding dynamic design according to the dynamic design characteristics, and to remind the construction workers who fail to adjust the construction operations in time.

[0035] The working principle and beneficial effects of the above technical solution are: After the construction plan is dynamically adjusted, there is a situation where the construction personnel are not informed of the adjustment in time and continue construction according to the original construction plan, which greatly reduces the construction efficiency. Therefore, after the corresponding dynamic design, it is necessary to notify the construction workers to adjust the corresponding construction operations, and remind the construction workers who do not adjust the construction operations in time to keep the real-time synchronization of the dynamic design of the plan and the dynamic adjustment of personnel, which is more reasonable.

[0036] In one embodiment, the notification subsystem includes: The notification medium determination module is used to determine the notification medium of multiple local construction areas; the notification medium includes: a message display device of the local construction area, a message broadcast device of the local construction area, and a communication terminal configured by the construction personnel; wherein the local construction area is: a local area obtained by dividing the construction area where the construction personnel gather in the target house construction site; the message display device is, for example, a large display screen on the construction site; the message broadcast device is, for example, a broadcast loudspeaker on the construction site; the communication terminal configured by the construction personnel is, for example, a walkie-talkie on the construction site; The receiving behavior extraction path docking module is used to dock the receiving behavior extraction path of the notification medium; wherein the receiving behavior extraction path is: a network node for obtaining the receiving notification behavior information of the construction personnel receiving the notification corresponding to the notification medium, such as: a camera node preset on the message display device; a camera node preset on the message broadcast device; a network node corresponding to the communication terminal; A target local construction area determination module is used to traverse the local construction areas in sequence and take the local construction area being traversed as the target local construction area; The receiving behavior extraction module is used to extract the receiving behavior applicable to the notification validity determination of the target local construction area according to the receiving behavior extraction path of the notification medium of the target local construction area; wherein the receiving behavior is specifically: whether the behavior of receiving the notification corresponding to the notification medium is received, such as: whether to view the large screen, whether to view the communication terminal message, etc.; The notification validity determination module is used to determine whether the notification is valid according to the corresponding receiving behavior of the construction personnel in the target local construction area; A continuation determination module is used to continue traversing the next local construction area if the notification of each construction worker in the target local construction area is valid; The reminder viewing module is used to remind construction personnel in the target local construction area that the notification is invalid and to check the notification information in a standardized manner.

[0037] The working principle and beneficial effects of the above technical solution are: The present invention connects to the receiving behavior extraction path of the notification media of the construction area. Since the notification media configured for each local construction area may be different, the local construction areas are traversed in sequence, and the local construction area being traversed is taken as the target local construction area. According to the receiving behavior extraction path corresponding to the notification media of the target local construction area, the receiving behavior applicable to the notification validity judgment of the target local construction area is extracted, and it is judged whether the notification is valid for each construction personnel in the target local construction area. If so, the traversal continues; otherwise, the construction personnel whose notification is invalid are reminded to check the notification information in a standardized manner, thereby improving the pertinence of the notification validity judgment and making the judgment more efficient.

[0038] In one embodiment, the notification validity determination module includes: The notification type determination submodule is used to obtain the notification type according to the number of media of the notification media corresponding to the receiving behavior of the construction personnel; the notification types include: independent notification and combined notification; wherein, the independent notification is: the number of media is 1; the combined notification is: the number of media is greater than 1; The first determination submodule is used to determine whether the corresponding receiving behavior of the construction personnel is valid according to the notification validity determination template of the notification medium of the independent notification if the notification type is an independent notification; wherein the notification validity determination template is obtained according to the media type of the independent notification, and each media type has a preset corresponding standard rule for determining whether the receiving notification behavior is standardized, and the notification validity determination template is formulated according to the rule, for example: determining whether the construction personnel have watched the large screen on the construction site for a preset time; The notification validity determination strategy acquisition submodule is used to obtain the notification validity determination strategy of the notification medium of the combined notification if the notification type is a combined notification; wherein the notification validity determination strategy is: how to jointly determine the notification validity according to the notification acceptance behavior corresponding to the combined notification medium; The second determination submodule is used to determine whether the construction personnel's corresponding receiving behavior is a valid notification according to the notification validity determination strategy.

[0039] The working principle and beneficial effects of the above technical solution are: When determining the validity of notification, there are situations where construction personnel correspond to different numbers of notification media. For example, construction personnel only view construction plan change information through the large screen on the construction site. In this case, the validity of the notification can be determined directly according to the notification validity determination rules preset by the notification media. Another example is that construction personnel hear the sound of the construction site broadcasting loudspeaker but cannot hear it clearly, so they check their communication terminals to check the construction plan change message. In this case, it is not appropriate to determine according to the separate notification validity determination rules for each notification medium. Therefore, the present invention obtains the notification type according to the number of media of the notification media corresponding to the receiving behavior of the construction personnel. When the notification type is an independent notification, a notification validity determination template is determined according to the standard rules for determining whether the receiving notification behavior is standardized preset by the notification media of the independent notification, and whether the corresponding receiving behavior of the construction personnel is notified and valid is determined according to the notification validity determination template; when the notification type is a combined notification, a scheme for jointly determining the validity of the notification according to the receiving notification behavior corresponding to the combined notification media is obtained (based on the historical determination record of determining whether the notification is received according to the combined notification behavior), and whether the corresponding receiving behavior of the construction personnel is notified and valid is determined according to the notification validity determination strategy, thereby improving the determination accuracy of the validity of the notification.

[0040] The embodiment of the present invention provides a method for dynamically designing a construction plan of a building construction project. Figure 2 As shown, including: Step 1: Obtain dynamic construction data of the target house construction site; Step 2: Obtain the standard process determination template; Step 3: Determine the design entry point based on dynamic construction data and standard process judgment template; Step 4: Determine dynamic design features based on the design entry point; Step 5: Perform corresponding dynamic design based on the dynamic design characteristics.

[0041] Obviously, those skilled in the art can make various changes and modifications to the present invention without departing from the spirit and scope of the present invention. Thus, if these modifications and variations of the present invention fall within the scope of the claims of the present invention and their equivalents, the present invention is also intended to include these modifications and variations.

Claims

1. A dynamic design system for housing construction project construction plan, characterized in that: include: The first acquisition subsystem is used to acquire dynamic construction data of the target house construction site; The second acquisition subsystem is used to acquire the standard process determination template; The design entry process point determination subsystem is used to determine the design entry process point based on dynamic construction data and standard process determination template; Dynamic design feature extraction subsystem, used to determine dynamic design features according to the design entry process point; The dynamic design subsystem is used to perform corresponding dynamic design according to dynamic design characteristics.

2. A housing construction project construction plan dynamic design system as claimed in claim 1, characterized in that: The first acquisition subsystem includes: A construction data collection device docking module, used to dock with a construction data collection device at a target building construction site; The dynamic construction data acquisition module is used to collect dynamic construction data after the construction data acquisition device is connected.

3. A housing construction project construction scheme dynamic design system as claimed in claim 1, characterized in that: The second acquisition subsystem includes: An initial construction plan acquisition module is used to acquire an initial construction plan; The standard process determination template acquisition module is used to obtain the standard process determination template according to the initial construction plan.

4. A housing construction project construction plan dynamic design system as claimed in claim 1, characterized in that: Design entry point to determine subsystems, including: A standard process deviation determination module is used to determine the standard process deviation based on dynamic construction data and a standard process determination template; The design entry process point determination module is used to take the corresponding moment as the design entry process point if the standard process deviation is greater than or equal to a preset standard process deviation threshold.

5. A housing construction project construction plan dynamic design system as claimed in claim 1, characterized in that: Dynamic design feature extraction subsystem, including: A dynamic design feature extraction template construction module, used to construct a dynamic design feature extraction template; The dynamic design feature acquisition module is used to extract templates based on dynamic design features and acquire dynamic design features according to dynamic construction data.

6. A housing construction project construction plan dynamic design system as claimed in claim 5, characterized in that: Dynamic design feature extraction template building module, including: The standard construction process data determination submodule is used to determine the standard construction process data before the design cut-in process point according to the design cut-in process point; A data acquisition submodule, for determining similarity data and difference data between the acquired dynamic construction data and the standard construction process data; The completed construction record retrieval submodule is used to retrieve the completed construction records based on big data and similar data; The dynamic design feature extraction template construction submodule is used to obtain the dynamic design feature extraction template according to the completed construction record.

7. A housing construction project construction plan dynamic design system as claimed in claim 1, characterized in that: Also includes: The notification subsystem is used to notify the construction workers to adjust the corresponding construction operations after performing the corresponding dynamic design according to the dynamic design characteristics, and to remind the construction workers who fail to adjust the construction operations in time.

8. A housing construction project construction plan dynamic design system as claimed in claim 7, characterized in that: Notification subsystem, including: A notification medium determination module is used to determine notification media for multiple local construction areas; the notification media include: a message display device for the local construction area, a message broadcast device for the local construction area, and a communication terminal configured by construction personnel; A receiving behavior extraction path docking module, used for docking the receiving behavior extraction path of the notification medium; A target local construction area determination module is used to traverse the local construction areas in sequence and take the local construction area being traversed as the target local construction area; A receiving behavior extraction module, used to extract a receiving behavior applicable to the notification validity determination of the target local construction area according to the receiving behavior extraction path of the notification medium of the target local construction area; The notification validity determination module is used to determine whether the notification is valid according to the corresponding receiving behavior of the construction personnel in the target local construction area; A continuation determination module is used to continue traversing the next local construction area if the notification of each construction worker in the target local construction area is valid; The reminder viewing module is used to remind construction personnel in the target local construction area that the notification is invalid and to check the notification information in a standardized manner.

9. A dynamic design method for a housing construction project, characterized in that: include: Obtain dynamic construction data of the target house construction site; Get the standard process determination template; Determine the design entry point based on dynamic construction data and standard process judgment template; Determine dynamic design features based on the design entry point; Carry out corresponding dynamic design according to the dynamic design characteristics.

10. A dynamic design method for a building construction project as claimed in claim 9, characterized in that: Obtain dynamic construction data of the target house construction site, including: Connect to the construction data collection device at the target house construction site; After the construction data collection device is connected, dynamic construction data is collected.

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