Analysis of the difference between 2D configuration and 2.5D configuration | Air conditioning assembly line and chemical safety process

foreword

In order to more effectively distinguish the difference between 2D and 2.5D, Tupu software selects the 2D air conditioner assembly line to compare with the 2.5D chemical plant safety process. Through the self-developed HT products, the B/S architecture is used to quickly build a zero-code drag-and-drop Web configuration visualization scene, and the real scene, graphical and dynamic effects reflect the operating status, process flow, and dynamic effects of the two. difference between.

System analysis

2D Air Conditioner Assembly Line

The entire assembly process of air-conditioning equipment includes mechanical assembly and small-scale electrical assembly. It needs to go through multiple processes, and the production process is relatively complicated.

The air-conditioning assembly production line built in the form of a two-dimensional configuration diagram can monitor and display the production capacity information and key indicators of equipment operation that users are concerned about in the interface. By connecting the real-time data in the background for real-time update, it displays the statistics of the contribution made to the display of operation and maintenance management and control data.

The system integrates automated assembly workstations, conveying systems, sensor control and other systems to form a complete assembly system. Different automated assembly machines complete different specific assembly processes, such as helium inspection, feeding docking, box sealing, coding, etc. The HT engine technology of Tupu software realizes the development of smooth dynamic effects of configuration primitives.

It can not only carry out centralized management of subsystems, accurately and comprehensively reflect the operating status of each subsystem, but also greatly improve the ability of inter-department collaboration to achieve the purpose of comprehensive monitoring and centralized control.

The traditional 2D design style in the picture above can only see one side of the scene, while 2.5D is a graphic technology that combines 3D and 2D in a popular sense. It is a 2D style picture with a 3D parallel perspective. Parallel viewing angle, no perspective, three-dimensional sense and other characteristics.

2.5D Chemical Plant Safety Process

The chemical industry in the digital age must meet the needs of grid, diversification and intelligence to improve the efficiency of material development and production.

The monitoring platform integrates key operating areas, device location distribution and input and output, product output, device stability rate, device load rate, etc., and the equipped intelligent sensing equipment collects key parameters such as temperature, pressure, liquid level, and toxic and harmful monitoring in real time. At the same time, the 2.5D configuration interface can clearly identify the process distribution of the process and the process direction of each sub-process. Users can find problems in time according to the position and color changes of equipment and even parts. Realize multi-level visual monitoring of the operation status of chemical equipment and production units.

Apply the scientific "look, smell, ask, and cut" technical means to carry out problem discovery, problem analysis, and problem positioning in the chemical safety process, and can target the running, running, dripping and leaking of key components such as valves, pipes, equipment, and flanges. When waiting for an abnormal state, it will actively locate and report the source of danger at the same time, assisting managers to deal with potential safety hazards in a timely manner. Commands can be issued through the interface to realize the start and stop of the remote control device. Enabling the remote monitoring capabilities of chemical plant safety production processes, major hazards, and equipment operation processes.

Tupu software 2.5D can be compatible with a variety of styles, including cartoon style, technology style, realistic style, etc., while ensuring performance, it also enables users to have a higher visual experience.

Summarize

The advanced configuration interface of the Tupu software is very suitable for the interface presentation of the real-time monitoring system. Compared with the traditional configuration software such as InTouch/IFix/WinCC, the Tupu Web-based platform is more suitable for the transformation from C/S to B/S. Trends, multi-element rich visual components and fast data binding support, can help various industries to achieve rapid creation and deployment, beautiful effects, operation editing, quick start, and screen adaptation. The B/S architecture mode is adopted to realize web-based cross-platform and multi-terminal access to the measurement point data. Whether it is a PC, a PAD or a smartphone to open the browser, the interface can be displayed synchronously.

Hightopo provides users with software tools to quickly build industrial automatic control system monitoring functions and general levels through flexible 2D configuration and 3D configuration. It has been widely used in many fields such as machinery, automobile, petroleum, chemical industry and industrial automation (HMI/SCADA/MMI).

For more industry application examples, please refer to the case link on the official website of Tupu Software: https://www.hightopo.com/demos/index.html