Smart construction site source code, smart construction site cloud platform source code, and smart building source code support privatized deployment, providing a full set of services of SaaS+hardware equipment+operation and maintenance.
Foreword: Internet + construction site is to introduce the concept and technology of Internet + into the construction site, start from the source of the construction site, collect key business data such as personnel, safety, environment, materials, etc. to the greatest extent, rely on the Internet of Things and the Internet, and establish a cloud The big data management platform forms a "device + cloud + big data" business system and a new management model, opens up the data chain from front-line operation to remote supervision, and realizes the intelligentization and Internet of labor, safety, environment, and material business links. and improve the lean production management level of the construction site. Realize the cross-border integration of "Internet +" and construction sites, and promote the transformation and upgrading of the industry.
1. Technical architecture of smart construction site platform:
Microservice+Java+Spring Cloud+Vue+UniApp+MySql
Smart construction site cloud platform system composition:
1. Two terminals: PC background management terminal + APP mobile terminal
2. Three major platforms: project version, regulatory version, big data display
2. Application fields of smart construction sites:
1. In terms of personnel management, it is possible to statistically view the basic information of laborers, attendance, salary payment records, age and education background of on-site personnel, etc. Before connecting to WIFI, users can obtain access to the Internet by answering relevant questions or watching relevant videos, so as to realize education and training for different types of work.
2. In terms of construction management, smart construction sites can help construction site managers realize real-time tracking and monitoring of project progress, predict and solve potential delays. Through data analysis and forecasting models, bottlenecks and risks of project progress can be discovered in advance, and corresponding adjustment measures can be taken to ensure that the project is completed on time.
3. In terms of equipment management, smart construction sites can realize intelligent management and maintenance of equipment. Through the Internet of Things and data analysis technology, the operating status and performance of equipment can be monitored in real time, such as: the operating parameters of tower cranes, elevators, and high-support models are monitored in real time. When the detection data exceeds the warning value, a real-time alarm is sent to the cloud platform. Find potential failures and problems in advance, and take corresponding repair and maintenance measures to reduce downtime and cost losses caused by equipment failures.
4. In terms of environmental protection, smart construction sites can monitor and manage the environment. Through sensors and data analysis, the environmental parameters around the construction site, such as noise and air quality, can be monitored in real time. When the concentration of particulate matter is detected to exceed the standard, the system will automatically start the spraying equipment to achieve autonomous dust reduction; the mobile phone APP has a remote control function. Solve environmental problems in real time and reduce pollution and impact on the surrounding environment.
5. In terms of safety management, smart construction sites can realize real-time safety monitoring and early warning. Through video surveillance, sensors and artificial intelligence technology, dangerous behaviors and situations can be detected, such as not wearing safety helmets, not wearing reflective clothing, finding open flames, finding smoke, identifying falls, etc., realizing monitoring and issuing alarms to remind workers and management or to take necessary measures to ensure the safety of workers.
6. In terms of asset management, smart construction sites can realize three-dimensional visualization of asset status, asset operation and maintenance record management, operation and maintenance personnel management, operation and maintenance knowledge base management, operation and maintenance rules and regulations management, asset distribution view, asset operation and maintenance plan management, asset Automatic inspection, asset operation and maintenance.
7. In terms of quality and safety hazard investigation, the smart construction site can record and query safety hazard data on mobile and PC terminals; it has closed-loop management functions for safety hazard initiation, rectification, and review; it can conduct statistical and visual analysis of safety hazard data.
3. Advantages of smart construction site platform:
1. Comprehensive management of project progress and timely feedback of project progress.
2. Zero-distance control of the construction site, efficient feedback processing, and strict control of project quality and safety.
3. Help enterprises to work together in an all-round way, avoid cumbersome paper materials, issue tasks in a timely manner, and know the progress well.
4. Project progress of smart construction site:
Preliminary temporary construction, foundation engineering construction, main structure construction, main body capping basement level, main structure acceptance, basement installation completion, facade construction, outdoor landscape engineering, internal inspection for one household, completion filing, one-stop delivery .
5. Smart construction site data large screen function
Home page, video surveillance, mechanical equipment, environmental monitoring, safety management, quality management, labor analysis, progress management, alarm statistics.
1. The home page includes:
Labor service information, real-time alarm list, project progress, PM concentration, hidden dangers, completion time, project area, project cost
Labor information: number of attendance, number of absences, total number of people, attendance rate
Real-time alarm list: alarm, warning
Project progress: preliminary temporary construction, foundation engineering construction, main structure construction, main body capped basement level opening, main structure acceptance, basement installation completed, facade construction, outdoor landscape engineering, internal inspection for one household, completion filing, one One-stop delivery.
Hidden dangers: safety hazards, quality hazards
2. Video surveillance
Equipment location, monitoring equipment, gate, living area, inside and outside the gate, hook visualization, four-split screen, nine-split screen.
3. Mechanical equipment
Overview, tower crane, hoist, hook visualization, today's work status, real-time operation list of equipment.
4. Environmental monitoring
Weather, 24-hour temperature data, recent week temperature, noise, PM2.5, PM10, real-time data.
5. Safety management
Types of problems, hidden dangers are analyzed by person in charge, ring diagram of the number of problems, and curve diagram of safety problems.
6. Quality management
Problem types, quality problem curves, problem quantity histograms, problem quantity ring diagrams, and hidden dangers are analyzed by person in charge.
7. Labor analysis:
Analysis of the number of team members, entering personnel, exiting personnel, and project personnel.
8. Progress management:
Schedule, project progress, required duration, executed duration, remaining duration, duration status, overall plan progress, monthly plan progress, and daily reporting log.
9. Alarm statistics:
Number of alarms, alarm trend, alarm list, proportion of alarm types, AI recognition alarm, dust alarm frequent alarm period, noise alarm frequent alarm period, elevator, tower base.
// 导入必要的依赖项
import org.springframework.cloud.openfeign.FeignClient;
import org.springframework.web.bind.annotation.GetMapping;
import org.springframework.web.bind.annotation.PathVariable;
// 定义智慧工地客户端接口
@FeignClient("smart-construction")
public interface SmartConstructionClient {
// 调用智慧工地服务端接口
@GetMapping("/api/construction/{id}")
String getConstructionData(@PathVariable("id") String id);
}