Building design and building material management system

Abstract

The invention discloses a building design and building material management system, and relates to the field of building engineering material management, the building design and building material management system comprises an information acquisition module, a preliminary analysis module and a prediction analysis module, and the meteorological data of each completed construction stage corresponding to a target building and the consumption information corresponding to various building materials are intelligently analyzed; according to the method, the meteorological influence set of the to-be-constructed stage corresponding to the target building is obtained, and the basic loss coefficient corresponding to the target building is obtained, so that the accuracy and effectiveness of building material loss evaluation are improved; comprehensive analysis is carried out in combination with the actual building material consumption information of each completed construction stage corresponding to the target building and the storage information of various building materials in the material storeroom corresponding to the target building, so that the purchase demand corresponding to the scientific and reliable target building is obtained, and resource saving and cost reduction are facilitated; and normal construction of the target building is further guaranteed.

Description

Technical Field

[0001] The present application relates to the field of construction material management, and in particular to a construction design and construction material management system. Background Art

[0002] The building materials management system plays an important role in architectural design. By achieving accurate management and optimal configuration of materials, it can improve design efficiency, reduce costs and optimize resource allocation. With the continuous development and application of information technology, the building materials management system will also be continuously upgraded and improved, providing more powerful support for the digital transformation and intelligent upgrading of the construction industry. However, the existing technology still has the following shortcomings: Existing technologies usually ignore the impact of meteorological environment on material loss during construction and material storage loss when evaluating building material loss, which reduces the accuracy and effectiveness of building material loss evaluation, increases the difficulty of building material management, and is not conducive to the normal progress of construction projects; Existing technologies often fail to accurately procure building materials based on construction needs, which results in additional storage consumption of building materials, indirectly increasing the construction cost of the project and is detrimental to the healthy development of the construction industry. Summary of the invention

[0003] The object of the present invention is to provide a building design and building material management system to solve the problems raised in the above background technology.

[0004] To achieve the above object, the present invention provides the following technical solution: a building design and building materials management system, comprising: Information acquisition module: used to acquire the architectural design of the target building and obtain the architectural design information corresponding to the target building; Preliminary analysis module: used to obtain the historical building material procurement information of the target building, and conduct comprehensive data analysis with the architectural design information corresponding to the target building to obtain the foundation loss coefficient corresponding to the target building and the loss assessment result corresponding to the target building; Prediction and analysis module: used to conduct comprehensive analysis and prediction based on the foundation loss coefficient corresponding to the target building and the architectural design information corresponding to the target building, and obtain the procurement demand corresponding to the target building.

[0005] In a preferred embodiment of this scheme, the specific implementation method of the information acquisition module is as follows: Obtain the architectural design plan corresponding to the target building, and obtain the architectural design information corresponding to the target building by extracting data from the architectural design plan corresponding to the target building, wherein the architectural design information includes the start time point corresponding to the target building, the standard construction duration of the target building for each construction stage, and the building material demand information for the target building for each construction stage, wherein the building material demand information includes various types of building materials and the theoretical demand for various types of building materials.

[0006] In the preferred embodiment of this scheme, the specific implementation method of the preliminary analysis module is as follows: Obtain the purchase list corresponding to the target building, obtain the purchase list of each batch corresponding to the target building by acquiring information from the purchase list corresponding to the target building, extract data from the purchase list of each batch corresponding to the target building, and obtain the purchase time point and the total purchase amount of each type of building materials corresponding to each batch of the purchase list; Obtain the construction progress of the target building and the completion time of each completed construction stage of the target building through the construction log of the target building; According to the completed construction stages of the target building, the total theoretical demand for various building materials corresponding to the target building is obtained; Obtain the building material storage management log of the material warehouse corresponding to the target building; Obtain the total consumption of various building materials corresponding to the target building through the building material storage management log of the material warehouse corresponding to the target building; Obtain the construction duration of each completed construction stage of the target building according to the completion time point of each completed construction stage of the target building and the start time point of each completed construction stage of the target building; According to the completion time points of each completed construction stage corresponding to the target building, the start time points of the target building, the purchase time points of each batch purchase list corresponding to the target building, and the total purchase amount of each type of building materials, the building material storage management log of the material warehouse corresponding to the target building is screened to obtain the actual consumption of each type of building materials corresponding to each completed construction stage in the target building, which is recorded as the actual consumption of each type of building materials corresponding to the target building; According to the completion time points of each completed construction stage of the target building and the start time points of the target building, the meteorological data of the cloud meteorological platform in the area where the target building is located is screened to obtain the meteorological data sets corresponding to each completed construction stage of the target building, and according to the meteorological data sets corresponding to each completed construction stage of the target building and the construction duration, the meteorological impact set corresponding to each completed construction stage of the target building is established; Obtain the construction difficulty coefficient of each construction stage of the target building through the architectural design plan corresponding to the target building; Establish a data extraction relationship between the preliminary analysis module and the database, extract the meteorological impact factor set corresponding to each meteorological impact set stored in the database, where the meteorological impact factor set includes the meteorological environment impact factor on the construction difficulty and the meteorological environment impact factor on the storage loss of building materials, and select the meteorological impact factor set corresponding to each completed construction stage of the target building according to the meteorological impact set corresponding to each completed construction stage of the target building; By calculating the formula , calculate the preliminary loss coefficient of the target building corresponding to each completed construction stage ; By calculating the formula , calculate the foundation loss coefficient corresponding to the target building ,in , They are respectively represented by the theoretical demand and actual consumption of various building materials corresponding to each completed construction stage of the target building, , , , They are respectively represented by the construction duration of each completed construction stage of the target building, the construction difficulty coefficient, the influence factor of the meteorological environment on the construction difficulty, and the influence factor of the meteorological environment on the storage loss of building materials. It is represented by the standard construction duration of each completed construction stage of the target building. , They are respectively expressed as the theoretical total demand for each type of building materials corresponding to the target building and the actual consumption of each type of building materials corresponding to the target building. It is represented by the number of each completed construction stage corresponding to the target building. It is expressed as the number of completed construction stages of the target building. Indicates the number of various building materials. Expressed as the number of building material types.

[0007] The foundation loss coefficient corresponding to the target building is compared and analyzed with the preset foundation loss coefficient threshold. If the foundation loss coefficient corresponding to the target building is greater than or equal to the preset foundation loss coefficient threshold, it means that the foundation loss corresponding to the target building is abnormal. An early warning signal is uploaded to the management center, and the foundation loss abnormality corresponding to the target building is recorded as the loss assessment result corresponding to the target building.

[0008] In the preferred embodiment of this scheme, the specific implementation method of the prediction analysis module is as follows: Obtain the storage amount of various building materials in the material warehouse corresponding to the target building through the building material storage management log of the material warehouse corresponding to the target building; Obtain the construction stage to be carried out corresponding to the target building through the construction log of the target building, and obtain the theoretical demand for various building materials corresponding to the construction stage to be carried out according to the construction stage to be carried out corresponding to the target building; Obtain the meteorological data set within the standard construction duration corresponding to the construction phase to be carried out through the cloud meteorological platform, and screen and obtain the meteorological influencing factor set corresponding to the meteorological data set corresponding to the construction phase to be carried out; By calculating the formula , calculate the actual demand for various building materials corresponding to the construction stage to be carried out ,in It is expressed as the theoretical demand for various building materials in the construction stage to be carried out. It is expressed as the construction difficulty coefficient corresponding to the construction stage to be carried out, , They are respectively represented as the factors affecting the construction difficulty and the factors affecting the storage loss of building materials in the meteorological environment corresponding to the construction stage to be carried out; By comparing the storage quantity of various building materials in the material warehouse corresponding to the target building and the actual demand for various building materials in the construction stage to be carried out, the corresponding building materials that need to be replenished in the material warehouse corresponding to the target building are obtained, and the corresponding building materials that need to be replenished in the material warehouse corresponding to the target building are recorded as the corresponding procurement demand of the target building.

[0009] Compared with the prior art, the present invention has the following beneficial effects: The present invention obtains the basic loss coefficient corresponding to the target building by intelligently analyzing the meteorological data of each completed construction stage corresponding to the target building and the consumption information corresponding to various types of building materials, thereby improving the accuracy and effectiveness of the evaluation of building material loss and providing an effective data basis for the subsequent material procurement management corresponding to the target building; The present invention obtains the meteorological influence set corresponding to the target building in the stage to be constructed, and conducts a comprehensive analysis based on the actual construction material consumption information of each completed construction stage corresponding to the target building and the storage information of various types of construction materials in the material warehouse corresponding to the target building, so as to obtain the scientific and reliable procurement demand corresponding to the target building, which is beneficial to saving resources and reducing costs, and further ensures the normal construction of the target building. BRIEF DESCRIPTION OF THE DRAWINGS

[0010] The present invention is further described using the accompanying drawings, but the embodiments in the accompanying drawings do not constitute any limitation to the present invention. A person skilled in the art can obtain other drawings based on the following drawings without creative work.

[0011] Figure 1 This is a schematic diagram of module connection according to an embodiment of the present invention. DETAILED DESCRIPTION

[0012] The following will be combined with the drawings in the embodiments of the present invention to clearly and completely describe the technical solutions in the embodiments of the present invention. Obviously, the described embodiments are only part of the embodiments of the present invention, not all of the embodiments. Based on the embodiments of the present invention, all other embodiments obtained by ordinary technicians in this field without creative work are within the scope of protection of the present invention.

[0013] See also Figure 1 The present invention provides a building design and building materials management system, which includes an information acquisition module, a preliminary analysis module and a prediction analysis module: The information acquisition module is connected to the preliminary analysis module, and the preliminary analysis module is connected to the prediction analysis module.

[0014] The information acquisition module is used to acquire the architectural design of the target building and obtain the architectural design information corresponding to the target building; Furthermore, the specific implementation of the information acquisition module is as follows: Obtain the architectural design plan corresponding to the target building, and obtain the architectural design information corresponding to the target building by extracting data from the architectural design plan corresponding to the target building, wherein the architectural design information includes the start time point corresponding to the target building, the standard construction duration of the target building for each construction stage, and the building material demand information for the target building for each construction stage, wherein the building material demand information includes various types of building materials and the theoretical demand for various types of building materials.

[0015] The preliminary analysis module is used to obtain the historical building material procurement information of the target building, and conduct a comprehensive data analysis with the architectural design information corresponding to the target building to obtain the foundation loss coefficient corresponding to the target building and the loss assessment result corresponding to the target building; Furthermore, the specific execution method of the preliminary analysis module is as follows: Obtain the purchase list corresponding to the target building, obtain the purchase list of each batch corresponding to the target building by acquiring information from the purchase list corresponding to the target building, extract data from the purchase list of each batch corresponding to the target building, and obtain the purchase time point and the total purchase amount of each type of building materials corresponding to each batch of the purchase list; Obtain the construction progress of the target building and the completion time of each completed construction stage of the target building through the construction log of the target building; According to the completed construction stages of the target building, the total theoretical demand for various building materials corresponding to the target building is obtained; Obtain the building material storage management log of the material warehouse corresponding to the target building; Obtain the total consumption of various building materials corresponding to the target building through the building material storage management log of the material warehouse corresponding to the target building; Obtain the construction duration of each completed construction stage of the target building according to the completion time point of each completed construction stage of the target building and the start time point of each completed construction stage of the target building; According to the completion time points of each completed construction stage corresponding to the target building, the start time points of the target building, the purchase time points of each batch purchase list corresponding to the target building, and the total purchase amount of each type of building materials, the building material storage management log of the material warehouse corresponding to the target building is screened to obtain the actual consumption of each type of building materials corresponding to each completed construction stage in the target building, which is recorded as the actual consumption of each type of building materials corresponding to the target building; According to the completion time points of each completed construction stage of the target building and the start time points of the target building, the meteorological data of the cloud meteorological platform in the area where the target building is located is screened to obtain the meteorological data sets corresponding to each completed construction stage of the target building, and according to the meteorological data sets corresponding to each completed construction stage of the target building and the construction duration, the meteorological impact set corresponding to each completed construction stage of the target building is established; Obtain the construction difficulty coefficient of each construction stage of the target building through the architectural design plan corresponding to the target building; Establish a data extraction relationship between the preliminary analysis module and the database, extract the meteorological impact factor set corresponding to each meteorological impact set stored in the database, where the meteorological impact factor set includes the meteorological environment impact factor on the construction difficulty and the meteorological environment impact factor on the storage loss of building materials, and select the meteorological impact factor set corresponding to each completed construction stage of the target building according to the meteorological impact set corresponding to each completed construction stage of the target building; By calculating the formula , calculate the preliminary loss coefficient of the target building corresponding to each completed construction stage ; It should be noted that: the smaller the difference between the theoretical demand and actual consumption of various building materials corresponding to each completed construction stage of the target building in the formula, the greater the construction difficulty coefficient of the target building corresponding to each completed construction stage, the influence factor of the meteorological environment on the construction difficulty, and the influence factor of the meteorological environment on the storage loss of building materials, and the longer the construction time and standard construction time of the target building corresponding to each completed construction stage, the smaller the initial loss coefficient of the target building corresponding to each completed construction stage, indicating that the initial loss of the target building caused by architectural design, construction management or other unexpected factors is smaller; In the formula, the theoretical demand, actual consumption, construction time, construction difficulty coefficient, factors affecting construction difficulty and factors affecting storage loss of building materials for each type of building materials corresponding to each completed construction stage of the target building will not affect each other; By calculating the formula , calculate the foundation loss coefficient corresponding to the target building ,in , They are respectively represented by the theoretical demand and actual consumption of various building materials corresponding to each completed construction stage of the target building, , , , They are respectively represented by the construction duration of each completed construction stage of the target building, the construction difficulty coefficient, the influence factor of the meteorological environment on the construction difficulty, and the influence factor of the meteorological environment on the storage loss of building materials. It is represented by the standard construction duration of each completed construction stage of the target building. , They are respectively expressed as the theoretical total demand for each type of building materials corresponding to the target building and the actual consumption of each type of building materials corresponding to the target building. It is represented by the number of each completed construction stage corresponding to the target building. It is expressed as the number of completed construction stages of the target building. Indicates the number of various building materials. Expressed as the number of building material types.

[0016] The foundation loss coefficient corresponding to the target building is compared and analyzed with the preset foundation loss coefficient threshold. If the foundation loss coefficient corresponding to the target building is greater than or equal to the preset foundation loss coefficient threshold, it means that the foundation loss corresponding to the target building is abnormal. An early warning signal is uploaded to the management center, and the foundation loss abnormality corresponding to the target building is recorded as the loss assessment result corresponding to the target building.

[0017] The prediction and analysis module is used to conduct comprehensive analysis and prediction based on the foundation loss coefficient corresponding to the target building and the architectural design information corresponding to the target building, so as to obtain the procurement demand corresponding to the target building.

[0018] Furthermore, the specific execution method of the prediction analysis module is as follows: Obtain the storage amount of various building materials in the material warehouse corresponding to the target building through the building material storage management log of the material warehouse corresponding to the target building; Obtain the construction stage to be carried out corresponding to the target building through the construction log of the target building, and obtain the theoretical demand for various building materials corresponding to the construction stage to be carried out according to the construction stage to be carried out corresponding to the target building; Obtain the meteorological data set within the standard construction duration corresponding to the construction phase to be carried out through the cloud meteorological platform, and screen and obtain the meteorological influencing factor set corresponding to the meteorological data set corresponding to the construction phase to be carried out; By calculating the formula , calculate the actual demand for various building materials corresponding to the construction stage to be carried out ,in It is expressed as the theoretical demand for various building materials in the construction stage to be carried out. It is expressed as the construction difficulty coefficient corresponding to the construction stage to be carried out, , They are respectively represented as the factors affecting the construction difficulty and the factors affecting the storage loss of building materials in the meteorological environment corresponding to the construction stage to be carried out; It should be noted that: the greater the influence factor of the meteorological environment on the construction difficulty, the influence factor of the meteorological environment on the storage loss of building materials, and the construction difficulty coefficient corresponding to the construction stage to be carried out in the formula, the greater the actual demand for various building materials corresponding to the construction stage to be carried out; In the formula, the factors affecting the construction difficulty of the meteorological environment corresponding to the construction stage to be carried out, the factors affecting the storage loss of building materials by the meteorological environment, and the construction difficulty coefficient will not affect each other; By comparing the storage quantity of various building materials in the material warehouse corresponding to the target building and the actual demand for various building materials in the construction stage to be carried out, the corresponding building materials that need to be replenished in the material warehouse corresponding to the target building are obtained, and the corresponding building materials that need to be replenished in the material warehouse corresponding to the target building are recorded as the corresponding procurement demand of the target building.

[0019] The above are all preferred embodiments of the present application, and the protection scope of the present application is not limited thereto. Therefore, any equivalent changes made according to the structure, shape, and principle of the present application should be included in the protection scope of the present application.

Claims

1. A building design and building materials management system, characterized by: include: Information acquisition module: used to acquire the architectural design of the target building and obtain the architectural design information corresponding to the target building; Preliminary analysis module: used to obtain the historical building material procurement information of the target building, and conduct comprehensive data analysis with the architectural design information corresponding to the target building to obtain the foundation loss coefficient corresponding to the target building and the loss assessment result corresponding to the target building; Prediction and analysis module: used to conduct comprehensive analysis and prediction based on the foundation loss coefficient corresponding to the target building and the architectural design information corresponding to the target building, and obtain the procurement demand corresponding to the target building.

2. A building design and building materials management system according to claim 1, characterized in that: The specific implementation method of the information acquisition module is as follows: Obtain the architectural design plan corresponding to the target building, and obtain the architectural design information corresponding to the target building by extracting data from the architectural design plan corresponding to the target building, wherein the architectural design information includes the start time point corresponding to the target building, the standard construction duration of the target building for each construction stage, and the building material demand information for the target building for each construction stage, wherein the building material demand information includes various types of building materials and the theoretical demand for various types of building materials.

3. A building design and building materials management system according to claim 2, characterized in that: The specific implementation method of the preliminary analysis module is as follows: Obtain the purchase list corresponding to the target building, obtain the purchase list of each batch corresponding to the target building by acquiring information from the purchase list corresponding to the target building, extract data from the purchase list of each batch corresponding to the target building, and obtain the purchase time point and the total purchase amount of each type of building materials corresponding to each batch of the purchase list; Obtain the construction progress of the target building and the completion time of each completed construction stage of the target building through the construction log of the target building; According to the completed construction stages of the target building, the total theoretical demand for various building materials corresponding to the target building is obtained; Obtain the building material storage management log of the material warehouse corresponding to the target building; Obtain the total consumption of various building materials corresponding to the target building through the building material storage management log of the material warehouse corresponding to the target building; Obtain the construction duration of each completed construction stage of the target building according to the completion time point of each completed construction stage of the target building and the start time point of each completed construction stage of the target building; According to the completion time points of each completed construction stage corresponding to the target building, the start time points of the target building, the purchase time points of each batch purchase list corresponding to the target building, and the total purchase amount of each type of building materials, the building material storage management log of the material warehouse corresponding to the target building is screened to obtain the actual consumption of each type of building materials corresponding to each completed construction stage in the target building, which is recorded as the actual consumption of each type of building materials corresponding to the target building; According to the completion time points of each completed construction stage of the target building and the start time points of the target building, the meteorological data of the cloud meteorological platform in the area where the target building is located is screened to obtain the meteorological data sets corresponding to each completed construction stage of the target building, and according to the meteorological data sets corresponding to each completed construction stage of the target building and the construction duration, the meteorological impact set corresponding to each completed construction stage of the target building is established; Obtain the construction difficulty coefficient of each construction stage of the target building through the architectural design plan corresponding to the target building; Establish a data extraction relationship between the preliminary analysis module and the database, extract the meteorological impact factor set corresponding to each meteorological impact set stored in the database, where the meteorological impact factor set includes the meteorological environment impact factor on the construction difficulty and the meteorological environment impact factor on the storage loss of building materials, and select the meteorological impact factor set corresponding to each completed construction stage of the target building according to the meteorological impact set corresponding to each completed construction stage of the target building; By calculating the formula , calculate the preliminary loss coefficient of the target building corresponding to each completed construction stage ; By calculating the formula , calculate the foundation loss coefficient corresponding to the target building ,in , They are respectively represented by the theoretical demand and actual consumption of various building materials corresponding to each completed construction stage of the target building, , , , They are respectively represented by the construction duration of each completed construction stage of the target building, the construction difficulty coefficient, the influence factor of the meteorological environment on the construction difficulty, and the influence factor of the meteorological environment on the storage loss of building materials. It is represented by the standard construction duration of each completed construction stage of the target building. , They are respectively expressed as the theoretical total demand for each type of building materials corresponding to the target building and the actual consumption of each type of building materials corresponding to the target building. It is represented by the number of each completed construction stage corresponding to the target building. It is expressed as the number of completed construction stages of the target building. Indicates the number of various building materials. Expressed as the number of building material types. The foundation loss coefficient corresponding to the target building is compared and analyzed with the preset foundation loss coefficient threshold. If the foundation loss coefficient corresponding to the target building is greater than or equal to the preset foundation loss coefficient threshold, it means that the foundation loss corresponding to the target building is abnormal. An early warning signal is uploaded to the management center, and the foundation loss abnormality corresponding to the target building is recorded as the loss assessment result corresponding to the target building.

4. A building design and building materials management system according to claim 3, characterized in that: The specific implementation method of the prediction analysis module is as follows: Obtain the storage amount of various building materials in the material warehouse corresponding to the target building through the building material storage management log of the material warehouse corresponding to the target building; Obtain the construction stage to be carried out corresponding to the target building through the construction log of the target building, and obtain the theoretical demand for various building materials corresponding to the construction stage to be carried out according to the construction stage to be carried out corresponding to the target building; Obtain the meteorological data set within the standard construction duration corresponding to the construction phase to be carried out through the cloud meteorological platform, and screen and obtain the meteorological influencing factor set corresponding to the meteorological data set corresponding to the construction phase to be carried out; By calculating the formula , calculate the actual demand for various building materials corresponding to the construction stage to be carried out ,in It is expressed as the theoretical demand for various building materials in the construction stage to be carried out. It is expressed as the construction difficulty coefficient corresponding to the construction stage to be carried out, , They are respectively represented as the factors affecting the construction difficulty and the factors affecting the storage loss of building materials in the meteorological environment corresponding to the construction stage to be carried out; By comparing the storage quantity of various building materials in the material warehouse corresponding to the target building and the actual demand for various building materials in the construction stage to be carried out, the corresponding building materials that need to be replenished in the material warehouse corresponding to the target building are obtained, and the corresponding building materials that need to be replenished in the material warehouse corresponding to the target building are recorded as the corresponding procurement demand of the target building.

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