High-speed industrial construction system

Claims

1. A high-speed industrial construction system, including: data input module (1), which receives data from the cloud server (31), and the output of the module (1) is connected to the information processing unit (2), consisting of a unit for generating rules for high-speed industrial construction (3), an ontology module (4), a module for automatically generating and checking technical specifications (5), a designer assistant (6), a module for automatically generating drawings (7), wherein the unit (3) includes a memory module (8) and a solution analysis module (11), and the memory module (8) contains a catalog of standards and requirements for standardized elements of a house kit (9) and a catalog of typical design and technological solutions (10), module (4) - electronic catalogs (27) and a knowledge base, user requests (30), and module (5) - a catalog of technical specification templates (12), where The high-speed industrial construction rules generation unit (HSIC, 3) is designed with the ability to automatically generate design documentation based on standard solutions, verify the compliance of manufactured elements with the established HSIC regulatory framework at all stages of construction project implementation, analyze the efficiency of using standard solutions and identify bottlenecks in the construction process and propose recommendations for process optimization based on the collected data and analysis, the ontology module (4) is designed with the capability of semantic data integration, classification and categorization, automation of compliance verification processes and configuration management, the module for automatic generation and verification of technical specifications (5) is designed with the ability to collect and analyze the requirements of the customer, functional and technical customers, track changes made to the technical specifications, and contains a mechanism for creating a graphical representation of information and a notification system for all users of the system, wherein the output / input of the block (2) is connected to the inputs / outputs of the production process control units (13), construction and installation work control units (14), the data display and presentation module (25), the central node (28), consisting of a server (29) and configurators (26), wherein the production process control unit (13) includes a sequentially connected module for calculating product items for the production of house kit elements (16) and a module for monitoring the production of house kit elements (17), and the output / input of the unit (13) is connected to the output / input of the units (14), (15) and (25), wherein the construction and installation work control unit (14) includes a module for monitoring time standards for carrying out construction and installation work (18), configured with the ability to determine the average time for carrying out each of the operations, a module for calculating the number of workers (19), configured with the ability to calculate the required number of builders at the construction site for the implementation of each of the project operations, a module for monitoring construction and installation work (20), configured with the ability to track at what stage the project is and the presence of errors (failures) in construction and installation work, and the monitoring and reporting block (15) includes a module for monitoring project implementation (21), a module for source materials, calculating components and parts (22), a module for calculating the phased and total cost of the project (23), a module for calculating the phased and total timeframes for project implementation (24).

2. The system according to paragraph 1, characterized in that the data input module (1) and the information processing unit (2) are specialized equipment for processing information, organized in the form of a computing complex of the required performance.

3. The system according to claim 1, characterized in that it additionally contains a machine learning module containing at least one machine learning model configured to make decisions and carry out automated learning based on the tasks being solved.

4. The system according to paragraph 3, characterized in that the results of the machine learning module’s operation are additionally evaluated and trained via the Internet.