Logistics park refers to the area where logistics operations are concentrated, where several modes of transportation converge, and where a variety of logistics facilities and different types of logistics enterprises are centrally located in space, and is also a rallying point for logistics enterprises of a certain scale and with a variety of service functions. Intelligent logistics park is based on intelligent and visual digital scene, realize the logistics facilities intensification, logistics operation **** generalization, rationalization of the spatial layout of urban logistics facilities, for the development of urban logistics enterprises to provide space also promote the urban land use structure adjustment.
This case utilizes the Hightopo product HT for Web digital twin HT logistics industrial park, connects upstream and downstream systems and realizes data linkage with the help of intelligent hardware, presenting multi-dimensional aspects such as daily management of the park, monitoring of the traffic flow, monitoring of the flow of people, monitoring of the logistics, etc., so as to make the processes closely linked, and to build up a visual management platform integrating the intelligent park and the logistics warehousing, and to improve management and work of logistics facilities. Improve the management and work efficiency of the logistics park, reduce labor costs and management costs.
// Full-scene roaming
After the initialization of the scene, the HT visualization creates a panoramic spatial switching of the park, and browses the effect of different scenes in the park. Set the daytime and night scenes, in the daytime scene, the scene overall design is based on a realistic style, through the park buildings, roads, greenery and other three-dimensional modeling, simulation to restore the park as a whole. In the night scene, the virtual sci-fi logistics park effect is rendered by the engine developed by Tupou Software.
The interface roams the whole scene of the park through free viewpoints and fixed routes. Through the roaming perspective for customers to present the overall appearance of the park, key areas and facilities and equipment distribution.
HT supports various ways of model rendering, adopts lightweight 3D modeling technology, 1:1 high simulation simulation, based on 3D scene, supplemented by 2D data panels, digitally displaying the construction of each area of the logistics park, the operation situation, safety equipment, the surrounding dynamic environment and so on. It also supports importing BIM model files in IFC format to generate the scene, and rendering inclined photography model files in 3D Tiles format. Interactive web-based 3D scenes can be realized through HT, which can be zoomed, panned, rotated, and each device in the scene can respond to interactive events.
Daily Overview of the Park
Environmental Monitoring Visualization
Combined with the big data technology and the weather system, it monitors the environment of the park around the clock and collects environmental data in terms of temperature, humidity, carbon dioxide, and PM2.5, and displays them in real time on the 2D panels, and the intensity of the light changes with the change of the environment.
Green Park
In order to promote the carbon neutral carbon emission policy, the construction of the park also introduces new energy sources, promotes the clean, low carbon, safe and efficient use of energy, and promotes the green transformation of key industries and important fields to realize a green ecological intelligent logistics park. The HT visualization panel displays the energy-related indicators of the park, assisting the park's operation and maintenance personnel to monitor and control the management of clean energy in the park, and helping the park as well as the city to reduce emissions and protect the environment in a new concept.
Charging pile
The 2020 government work report proposes: "We should strengthen the construction of new infrastructure, develop a new generation of information networks, expand the application of 5G, build charging piles, promote new energy vehicles, stimulate the demand for new consumption, and help industrial upgrading."
Charging piles, as the intersection of vehicles, users and energy, have great potential for development in terms of intelligent grid scheduling, peak shaving and valley filling, as well as security technology and business model innovation. Vehicle charging piles are set up in many places in the park, and the HT 2D visualization shows the percentage of energy saving contribution of the charging piles in the park and the monitoring of real-time power. In addition, with the 3D effect, different colors are used to view the charging status of vehicles and abnormal alarms. 2D panels of HT are bound to the chart data, and 2D and 3D are seamlessly fused and reused in the three-dimensional space.
Photovoltaic shed and street lights
Photovoltaic shed as a distributed photovoltaic project, and charging piles, new energy vehicles and intelligent street lights, the use of photovoltaic modules located in the roof of the shed to generate electricity, through the charging device to store in the battery or direct supply of electric vehicle charging use, but also through the solar photovoltaic shed for the park of street lamps, public **** facilities and other facilities and equipment for the power transmission, to achieve energy saving and emission reduction. achieve the role of energy saving and emission reduction. The photovoltaic sheds in the park buildings are set up with seamless integration of 2D panels to update the data of today's power storage, today's power generation, today's discharge as well as the cumulative power savings, cumulative power generation and cumulative discharge of the photovoltaic sheds in real time.
Driven by the construction of smart cities and 5G, smart streetlights have become a model for the integration of information and communication technologies with traditional urban public **** infrastructure, and green energy sources such as photovoltaic streetlights, photovoltaic sheds, and charging piles in the park can be monitored through HT visualization for system integration control.
TuPu software has also built a comprehensive system for the intelligent management of street lights, which can provide centralized control, real-time data monitoring, intelligent analysis of anomalies, and fault alarms for all street lights within the scope of the system, in order to prevent problems caused by aging and loss of equipment, and at the same time, it can also realize the informatization management of the street light pipeline network and other facility configurations in order to meet the subsequent upgrading of the user's needs.
Visualization of tenant management in the park
Integrate HT visualization with the park management system, accessing enterprise management data of the park to the visualization platform, and updating the type of tenants, the number of tenants and the area of tenants in the park in real time. By displaying the situation of tenants in bar charts, we can visualize and compare the situation of attracting investment in the park. By categorizing the types of tenant industries, the data can be used as a reference for the next investment plan.
Monitoring System and Early Warning and Alarm
Multiple monitoring systems have been installed in each corner of the park, integrating various sub-systems of equipment and facilities with the management of the monitoring system, which can be integrated with status detection, fault alarm, fault analysis, operation and maintenance management, and displayed through the HT visualization system, e.g., today's fire alarms, today's security alarms, etc. The system can be used to realize the management of all kinds of video monitoring systems, and to realize the monitoring of all kinds of video monitoring systems. To realize the detection and query of various types of video surveillance system related to the operation status of the equipment, the operation and maintenance system once found that the video surveillance system equipment operation status is abnormal, immediately and automatically to the operation and maintenance management center to send out fault alarms.
Vehicle flow monitoring
Vehicle flow information visualization
Through the 3D display of the vehicle flow in the park, the system combines with the geomagnetic way to record the situation of the parking spaces in the park: the total number of parking spaces in the park, the situation of the vacant and used parking spaces, and the display of the remaining situation of the conventional vehicles, new energy, trucks and other vehicles.
HT visualization can not only handle the huge amount of background information and through different data visualization styles to show the daily traffic flow data of vehicles, cars and trucks in the park. Logistics vehicles in and out with the video license plate recognition system, can count the vehicles in and out of the situation, linkage system efficient statistics out of the total number of vehicles in and out of the number of vehicles in and out of the panel display through the form of data visualization, as well as through the monitoring of vehicles in and out of the summary in and out of the type of vehicles (exempted vehicles, through the vehicle, fire trucks, large trucks, visitors to the vehicle and other vehicles) and to analyze the statistics.
Today's Vehicle Category Analysis
Logistics trucks in the park are supplemented with 2D panels for real-time updating of information, displaying truck codes, load capacity, and truck status, making it easy for park operation and maintenance personnel to manage the park's vehicle flow information.
People flow monitoring
Through face recognition, AI cameras and other intelligent devices, the park monitors, identifies, tracks and analyzes people entering and exiting the park, obtains real-time data on the flow of people in the area, and provides accurate statistics on the flow of people and behavioral analysis data for the park's operation and maintenance personnel.
People flow and passenger flow visualization
Park people flow and passenger flow density is more frequent, through access control identification, face monitoring and other security equipment data, using different 2D data visualization style to show the park's various people flow situation personnel.
The upper left panel shows the distribution of today's personnel types (employees, visitors, security, etc.), the real-time changes through the curve to show the background data access to show the day's flow of people reflected in the current stage of the personnel to enter the park way (WeChat booking, face scanning, IC card), the bar analysis of today's personnel in and out of the situation. HT Visualization uses a wealth of charts, graphs and design elements will be relatively complex, abstract data through the visualization of the data, and the data will be used in a more complex and abstract way. HT Visualization utilizes rich charts, graphs and design elements to present relatively complex and abstract data in a more intuitive and understandable form through visualization, which facilitates the efficient management of park operation and maintenance personnel, and eliminates the need for complex forms of operation and maintenance analysis in the park, such as manual accounting.
Logistics monitoring
Logistics information visualization
Through the access to the order management system for statistics, management, tracking, and analysis of goods orders in the park. The orders take the barcode as the data source and use the data collection terminal to scan the barcode logo for data collection.
HThe visualization system manages logistics information from different angles such as the total inventory of dangerous goods, the number of inbound and outbound, the radar chart analysis of the inbound and outbound situation of dangerous goods in each building on a single day, the percentage analysis of the status of today's orders, the histogram analysis of today's cargo types (frozen goods, fragile goods, conventional goods, large cargo, dangerous goods, and other items), and the analysis of the status of orders for the current month, so that the enterprise Can understand and control the order situation in a timely manner, effective product logistics monitoring and analysis to follow up, reduce the occurrence of problematic pieces of information and query management.
Warehouse Management Visualization
Click HT Warehouse to jump to the initialization of the next interface, which is a container with Hightopo icon, click the icon to drill down to the animated scene of the Tupu software logistics warehousing and transshipment center.
By relying on HT visualization technology, the intelligent warehouse management can be 2D configuration, 3D simulation form the way to show the storage center and logistics transfer center of the whole scene management interactive system. Intelligent three-dimensional monitoring system includes three-dimensional visualization of three-dimensional warehouse system, cargo management, real-time information query, track real-time tracking, real-time tracking of equipment status, inventory management.
Material flow monitoring through the HT 3D effect of the material from the beginning of the warehouse to the completion of the whole process of information monitoring, and three-dimensional warehouse shelves, stacking machines, conveyors, unstacking tray machine, RGV (straight shuttle), AGV (automatic guided vehicle), stacking machines, robotic arms and other equipment status information monitoring, digital twinning of the integration of intelligent warehousing and logistics scenarios. So that the whole process of logistics digital visualization show, can automatically sense recognition, can track the traceability, can be implemented to respond to, can be intelligent decision-making, each link of the information system interaction and integration.
Equipment scene visualization
The scene shows the operating status of the equipment, real-time location, loaded goods, container dynamics, abnormal alarm and other information. All of them can realize intelligent operation and maintenance, intelligent warning, intelligent analysis, intelligent monitoring and other functions of equipment management through HT 3D visualization, efficient centralized control and process structure optimization.
Equipment monitoring management
The status of equipment is identified by color, and if the equipment is abnormal, the HT visualization system can be used to find out which equipment is in trouble, quickly locate the failure point, and prompt the management personnel in time. Managers can also click on the simulation equipment on the visualization platform to view equipment operating status, fault information, etc., so as to carry out troubleshooting and processing, and eliminate hidden dangers in a timely manner.
AGV driverless
AGV car can conveniently and automatically enter and exit the loading and unloading stations, workstations and shelves, etc., and fully adapt to the requirements of high flexibility, large volume of material flow, and complex handling routes, etc. AGV sends its current position and status to the upper computer through the wireless network, which updates the database according to the current status and synchronously accesses the HT visualization system for the real-time display of paths, and can also set the AV settings according to the project requirements. The AVG can also set up the AVG travel path according to the project requirements.
Palletizing Robot
The palletizing robot realizes the required actions by completing various rotational, mobile or compound actions of the robot arm to change the position and posture of the gripped objects. Robot palletizers can be integrated in any production line to provide intelligent, robotic, networked production sites, which can realize the palletizing logistics of diversified operations in various industries. This case utilizes HT's powerful rendering engine to achieve precise control of the entire palletizing robot operation process, with high simulation of the robot's swinging process.
Injection molding machine
The HT visualization makes the production line management more transparent and fine, combining the 2D panel information to display the equipment number, energy consumption, process yield, equipment health value, abnormality record, process production beat, crop rate and other information of the injection molding machine.
Hoists
As the "top-down" mechanical engineering equipment, hoists play the role of conveying, lifting, and assisting in loading and unloading materials in the storage and transportation process, etc. HT 2D displays machine and equipment information directly through the panels: equipment code, task code, hoist current layer, equipment status, equipment next maintenance time, and other basic information. The HT 2D displays machine and equipment information directly on the panel: equipment code, task code, hoist's current floor, equipment status, equipment next maintenance time and other basic information. It is easy for operation and maintenance personnel to control the warning maintenance.
Conveyor
Transferring the goods to the next step through the conveyor, the HT visualization can monitor the whole process of the information on the direction of the goods and the status of the conveyor equipment code and other information.
Goods information visualization
HT warehousing management monitoring the realization of the warehousing scene to play a monitoring role, for the shelves and moving goods data collection, through the visualization system to quickly obtain the operating status of the equipment, shelves, data changes and real-time feedback of the panel data, to achieve an all-round mastery of warehousing and transportation center activities, play a supervision, maintenance and deployment of multi-dimensional unity. As well as the deployment of multi-dimensional unification.
Goods in and out of the warehouse management
Collective warehousing system application of the Internet of Things, video surveillance networking technology, conveying and sorting technology, flexible forklift service model, intelligent shuttle and racking system, embedded in the intelligent control and communication module of logistics robotics, RFID trays and so on. Digital twin a logistics whole process, so that items in and out of the warehouse information can be shown, monitored and managed.
Multi-angle display of operational reality
Through the high simulation model effect of HT 3D, digital twinning of the production operation process, from the external structure of the production line to the internal details of the machinery, to the operation of the overall process, multi-dimensional scene display, and support for the selection and switching of the scene.
Digital twin logistics full perception
Digital intelligence of the whole field of coverage, logistics parks within the circulation of goods processing, packaging, warehousing, loading and unloading handling, outside the parks of the whole process of transportation, distribution of goods, as well as returns and recycling logistics and other reverse logistics links are also applied to the 5G, artificial intelligence, RFID, GPS, GIS sensing technology, video identification technology, M2M technology, Internet of Things (IoT), visualization and other emerging technologies, changing the traditional way of reading and recording cargo information manually and realizing the active "perception" of logistics information. Integration of HT visualization makes the park people, machines, vehicles, equipment, including automatic driving, automatic sorting, automatic inspection, human-computer interaction, the overall scheduling and management, to build intelligent logistics application scenarios.