What is a logistics park?

Logistics Park refers to the place where all kinds of logistics facilities and different types of logistics enterprises are concentrated in space in the area where logistics operations are concentrated, and it is also the gathering point of logistics enterprises with a certain scale and various service functions. Based on intelligent and visual digital scenes, Smart Logistics Park realizes the intensification of logistics facilities, the generalization of logistics operations and the rationalization of the spatial layout of urban logistics facilities, providing development space for urban logistics enterprises and promoting the adjustment of urban land structure.

In this case, HT for Web is a product of Hightopo, which is the digital twin brother of HT Logistics Industrial Park. Connect the upstream and downstream systems with intelligent hardware to realize data linkage. The daily management, traffic monitoring, people flow monitoring and logistics monitoring of the park are presented from multiple dimensions, so that all processes are closely connected, and a visual management platform integrating smart park and logistics warehousing is built to improve the management and work efficiency of the logistics park and reduce the labor cost and management cost.

//Full Scene Roaming

After the scene is initialized, the panoramic space of the park is switched through HT visualization to browse the effects of different scenes in the park. There are two kinds of scenes, day and night. In the daytime scene, the overall design of the scene is mainly realistic. Through the three-dimensional modeling of buildings, roads and greening in the park, the overall situation of the park is simulated and restored. In the dark scene, the engine independently developed by Tupu Software renders the logistics park effect of virtual science fiction.

The interface roams the whole scene of the park with a free view and a fixed route. Present the overall appearance of the park, key areas and the distribution of facilities and equipment to customers through roaming perspective.

HT supports multi-mode model rendering, adopts lightweight three-dimensional modeling technology, 1: 1 high simulation, and digitally displays the construction, operation, safety equipment and surrounding dynamic environment of each area of the logistics park based on three-dimensional scenes, supplemented by 2D data panels. It also supports importing BIM model files in IFC format to generate scenes and rendering oblique photography model files in 3D Tiles format. Interactive Web 3D scene can be realized through HT, which can be scaled, translated and rotated, and every device in the scene can respond to interactive events.

Daily overview of parks

Visualization of environmental monitoring

Combined with big data technology and weather docking system, the environment of the park is monitored around the clock, and environmental data are collected from temperature, humidity, carbon dioxide and PM2.5, and displayed on the 2D panel in real time. The light intensity will also change with the change of environment.

Green park

In order to promote the carbon-neutral carbon emission policy, the park construction has also introduced new energy, promoted the clean, low-carbon, safe and efficient use of energy, promoted the green transformation of key industries and important fields, and realized a green ecological smart logistics park. HT visual panel is used to display the energy-related indicators of the park, assist the park operation and maintenance personnel to monitor, control and manage the clean energy in the park, and help the park and the city to reduce emissions and protect the environment.

Charging station

In the 2020 government work report, it was put forward: "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 new consumer demand, and help industrial upgrading."

As the intersection of vehicles, users and energy, charging piles have great development potential in smart grid dispatching, peak load shedding, safety technology and business model innovation. Vehicle charging piles are set in many places in the park, and the energy-saving contribution rate and real-time power monitoring of the charging piles in the park are visually displayed through HT 2D. And with the 3D effect, use different colors to check the vehicle charging situation and abnormal alarm prompts. HT's 2D panel is bound to chart data, and 2D and 3D are seamlessly integrated, so it can be reused in 3D space.

Photovoltaic shed and street lamp

As a distributed photovoltaic project, photovoltaic shed is combined with charging piles, new energy vehicles and intelligent street lamps. Photovoltaic modules installed on the roof are used to generate electricity, which can be stored in storage batteries or directly supplied to electric vehicles for charging. Solar photovoltaic shed can also be used for power transmission of street lamps, public facilities and other facilities in the park, achieving the effect of energy saving and emission reduction. Photovoltaic sheds built in the park are equipped with seamless integrated 2D boards, which can update the data of photovoltaic sheds, such as today's electricity storage, today's electricity generation, today's electricity discharge, cumulative electricity storage, cumulative electricity generation and cumulative electricity discharge.

Driven by smart cities and 5G construction, smart street lamps have become a model for the integration of information and communication technology and traditional urban public infrastructure. Green energy sources such as photovoltaic street lamps, photovoltaic sheds and charging piles in the park can be monitored through HT visualization.

Tupu Software has also built a comprehensive system for intelligent management of street lamps, which can carry out centralized control, real-time data monitoring, abnormal intelligent analysis and fault alarm on all street lamps within the scope, prevent equipment from aging and loss, and at the same time, realize the information management of street lamp pipe network and other facilities to meet the needs of subsequent users.

Visualization of Tenant Management in Park

Combining HT visualization with the park management system, the management data of enterprises in the park are connected to the visualization platform, and the types, quantity and area of tenants in the park are updated in real time. By displaying the tenant's situation through the histogram, we can intuitively compare the investment situation of the park. Classify and count the industry types of tenants, and the data can provide data reference for the next investment promotion plan.

Monitoring system and early warning

Multiple monitoring systems are installed in every corner of the park, which integrates the equipment and facilities of each subsystem and the management of monitoring systems. It can integrate state detection, fault alarm, fault analysis, operation and maintenance management and display them through HT visualization system, such as today's fire alarm, today's security alarm and other information. It can detect and query the running status of various devices related to the video surveillance system. Once the operation and maintenance system finds that the equipment in the video surveillance system is abnormal, it will automatically send a fault alarm to the operation and maintenance management center.

Traffic flow monitoring

Traffic flow information visualization

The system displays the traffic flow in the park through 3D, and records the parking spaces in the park by geomagnetic method: the total number of parking spaces in the park, the situation of free and used parking spaces, the remaining situation of conventional vehicles, new energy, trucks and other vehicles.

HT visualization can not only deal with massive background information, but also display the daily traffic data of vehicles, cars and trucks in the park through different data visualization styles. Through the video license plate recognition system, logistics vehicles can count the vehicles entering and leaving. The linkage system efficiently counts the total number of vehicles entering and leaving, and displays it on the panel in the form of data visualization. Through the monitoring of vehicles entering and leaving, the types of vehicles entering and leaving (inspection-free vehicles, through trains, fire engines, trucks, tourist vehicles and other vehicles) are summarized and analyzed.

Analysis of today's vehicle categories

The logistics trucks in the park are supplemented by 2D panels, which update the information in real time, display the truck code, cargo capacity and truck status, and facilitate the park operation and maintenance personnel to manage the park traffic information.

Flow monitoring

Through intelligent devices such as face recognition and AI camera, people entering and leaving the park are monitored, identified, tracked and analyzed, and the flow data in the area are obtained in real time, providing accurate crowd statistics and behavior analysis data for the park operation and maintenance personnel.

Visualization of passenger flow

There are frequent personnel flow and passenger flow density in the park. By accessing security equipment data such as access control identification and face monitoring, different 2D data visualization styles are used to show the flow of people in the park.

The upper left panel reflects the distribution of personnel types (employees, visitors, security guards, etc.) today. ), show the current crowd situation reflected by background data access through the real-time change of graphics, and analyze the crowd entering and leaving the park at this stage (WeChat reservation, face scanning, IC card) and column analysis. HT Visualization uses rich charts, graphs and design elements to show relatively complex and abstract data in a more intuitive way, which is convenient for efficient management of park operation and maintenance personnel, and does not need to analyze the operation and maintenance situation of the park through complicated tables such as manual bookkeeping.

Logistics monitoring

Visualization of logistics information

By accessing the order management system, the goods orders in the park are counted, managed, tracked and analyzed. The data source of the order is barcode, and the data acquisition terminal scans the barcode identification for data acquisition.

HT visualization system manages logistics information from different angles, such as the total inventory of dangerous goods, the quantity of goods in and out of each building, the radar chart analysis of dangerous goods in and out of each building on a single day, the percentage analysis of today's order status, the histogram analysis of today's goods types (frozen goods, fragile goods, ordinary goods, bulky goods, dangerous goods, etc.) and the order analysis of this month, so that enterprises can know and control the order situation in time, effectively monitor and analyze product logistics, and reduce the occurrence of problem parts.

Visualization of warehouse management

Click HT Warehouse to jump to the initialization of the next interface, and you will see the container style with the Hightopo icon. Click the icon to drill down to the animation scene of Tupu software logistics warehouse and transshipment center.

Based on HT visualization technology, intelligent warehouse management shows the interactive system of full scene management of warehouse center and logistics transshipment center in the form of 2D configuration and 3D simulation. Intelligent 3D monitoring system includes 3D visualization warehouse system, goods location management, real-time information query, real-time trajectory tracking, real-time equipment status tracking and inventory management.

Logistics monitoring monitors the whole process information of materials from the beginning of warehousing to the completion of warehousing through HT 3D special effects, and monitors the equipment status of three-dimensional warehouse shelves, stackers, conveyors, stackers, RGV (linear shuttle), AGV (automatic guided transport vehicle), stackers, robotic arms, etc. It is a digital twin intelligent warehousing and logistics integration scene. An information system that makes the whole process of logistics digital and visual display, automatic perception and identification, traceability, implementation response, intelligent decision-making and interactive integration.

Visualization of equipment scene

On-site display of equipment running status, real-time location, loaded goods, container dynamics, abnormal alarm and other information. Through HT 3D visualization, intelligent operation and maintenance, intelligent early warning, intelligent analysis, intelligent monitoring and other functions of equipment management can be realized, and efficient centralized control can be achieved to optimize the process structure.

Equipment monitoring management

The status of the device is identified by color. If the equipment is abnormal, HT visualization system can be used to find out which equipment has problems in time, quickly locate the fault point and prompt the management personnel in time. Managers can also check the running status and fault information of the equipment by clicking on the simulation equipment of the visualization platform, so as to diagnose and deal with the fault in time and eliminate hidden dangers.

AGV unmanned driving

AGV trolleys can easily enter and exit loading and unloading stations, workstations and shelves, and fully meet the requirements of high flexibility, large logistics volume and complex handling lines. AGV sends the current position and status to the upper computer through wireless network, and the upper computer updates the database according to the current status, and synchronously accesses the real-time display path of HT visualization system, and can also set the AVG walking path according to the project requirements.

Palletizing robot

The palletizing robot completes all kinds of rotation, movement or compound actions through the mechanical arm, realizes the specified actions, and changes the position and posture of the grabbed objects. Robot palletizers can be integrated in any production line, providing intelligent, robotic and networked palletizing logistics for the production site, and can realize diversified operations in various industries. In this case, using HT's powerful rendering engine, the operation process of the whole palletizing robot is accurately controlled, and the swing process of the manipulator is highly simulated.

Injection molding machine

Through HT visualization, the pipeline management of production equipment is more transparent and accurate. Combined with 2D panel information, the information of injection molding machine, such as equipment number, energy consumption, process yield, equipment health value, abnormal record, process production beat, productivity and so on, is displayed.

crane

As a "connecting link" mechanical engineering equipment, hoist plays the role of conveying, lifting and assisting in loading and unloading materials in storage and transportation. HT 2D directly displays the information of mechanical equipment through the panel: basic information such as equipment code, task code, current floor of hoist, equipment status, and next maintenance time of equipment. It is convenient for operation and maintenance personnel to control, warn and maintain.

Carrier

The goods are transported to the next link through the conveyor, and the information such as the direction information of the goods and the coding status of the conveyor equipment can be monitored through HT visualization.

Visualization of cargo information

The realization of HT warehouse management monitoring plays a role in monitoring warehouse scenes, collecting data of shelves and goods movement, and quickly obtaining the real-time feedback of equipment operation status, shelf data changes and panel data through the visualization system, so as to fully grasp the activity status of warehouse transit center and realize multi-dimensional unification of supervision, maintenance and deployment.

Goods in and out management

The integrated storage system applies the Internet of Things, video monitoring networking technology, transportation and sorting technology, flexible forklift service mode, intelligent shuttle and shelf system, logistics robot technology embedded with intelligent control and communication module, RFID pallet and so on. The whole process of digital twin logistics allows the information of goods entering and leaving the warehouse to be displayed, monitored and managed.

Multi-angle display of operational reality

Through the high simulation model effect of HT 3D, the production process is digitally twinned, from the external structure of production line to the internal details of machinery to the overall operation process, and multi-dimensional scene display supports the selection and switching of scenes.

Fully perceive digital twin logistics

Emerging technologies such as 5G, artificial intelligence, RFID, GPS, GIS sensing technology, video recognition technology, M2M Internet of Things technology, Internet of Things, visualization, etc. have also been applied in the whole field coverage, distribution processing, packaging, warehousing, loading and unloading of goods in the logistics park, the whole process of goods transportation and distribution outside the park, and the reverse logistics links such as return and recycling, which have changed the traditional way of manually reading and recording goods information and realized logistics informationization. The integration of HT visualization makes people, machines, vehicles and equipment in the park interconnected, including the overall scheduling and management of automatic driving, automatic sorting, automatic inspection and human-computer interaction, and builds an application scenario of intelligent logistics.