Zero-code configurable display system based on browser

Abstract

The invention relates to a browser-based zero-code configurable display system, which is characterized in that a data and service support layer acquires data and processes and fuses the data based on preset conditions, a calculation and storage layer performs secondary calculation and storage on the data and integrates the data into business basis and interface configuration information data, and an application display layer is configured in a browser architecture. Extracting data, configuring and displaying; the data and service support layer, the calculation and storage layer and the application display layer are arranged in sequence; the interaction module is configured in the calculation and storage layer, obtains and processes data from the data and service support layer, and displays the data on the application display layer. The method supports a user to customize and configure a display interface in a browser architecture, the user does not need to develop on a code level or entrusting a third-party mechanism to carry out agency development, development and project expenses are reduced, the individuation degree is high, application is flexible, the display effect is good, various data indexes of a park are displayed in a limited page in an integrated mode, and the user experience is improved. And park management personnel are assisted to realize digital management of the park.

Description

technical field [0001] The invention relates to the technical field of an input device for converting data to be processed into a form that can be processed by a computer; an output device for transferring data from a processing machine to an output device, in particular to a browser-based zero-code programmable Configure the display system. Background technique [0002] Smart parks have become a hot spot for modern construction development. With the rapid development and in-depth application of information technology, it has become an inevitable trend for the development of park informatization to a higher stage of intelligent development, including the realization of park data through the integration of data and IT systems. Collaborative sharing, industry action coordination, refined operation management of the park, etc. [0003] As a display interface or system, the digital cockpit is the basic function of the smart park management system. Its purpose is to integrate an...

AI Technical Summary

Problems solved by technology

[0005] The data graph type refers to embedding in the park management system used by users, extracting the business data generated by the system and presenting it in a fixed-style graph. Users use it, but the main problem is that due to the limitations of the architecture, the cockpit interface style is often fixed, and it is impossible to provide different cockpit interface styles according to the needs of different users;

[0006] The customized large-screen type can individually customize and develop the digital cockpit according to the needs of each customer; the advantage of this type of solution is to meet the needs of users, and can combine the pictures and modeling of the park to create a customized user experience. The problem lies in the poor reusability of functions, the same cockpit page cannot be used for multiple users, and the development cost is high, and the function pricing is high, requiring a lot of manpower and material resources from the development unit, and the park asset needs to spend hundreds of thousands or even millions of dollars to purchase customized large screens Function

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