Shenzhen YiHang Network Applies for Patent on "Visualization Method and System for Blockchain Data Storage," Enhancing Data Interaction Efficiency

Shenzhen YiHang Network Applies for Patent on "Visualization Method and System for Blockchain Data Storage," Enhancing Data Interaction EfficiencyOn November 30, 2024, the State Intellectual Property Office of China (SIPO) revealed that Shenzhen YiHang Network Information Technology Co., Ltd

Shenzhen YiHang Network Applies for Patent on "Visualization Method and System for Blockchain Data Storage," Enhancing Data Interaction Efficiency

On November 30, 2024, the State Intellectual Property Office of China (SIPO) revealed that Shenzhen YiHang Network Information Technology Co., Ltd. submitted a patent application for a "Visualization Method and System for Blockchain Data Storage," with publication number CN119046382A and an application date of October 2024. This patent aims to address the efficiency and convenience issues associated with blockchain data storage and interaction. Its core technology focuses on the visualization of data processing and presentation, providing users with a more intuitive and easily understandable blockchain data interaction experience.

The patent abstract details the core components and workflow of the technology. The system primarily consists of four modules: a data acquisition module, a data storage module, a data integration processing module, and a visualization display module. These four modules work together to achieve efficient storage, processing, and visualization of blockchain data.

First, the data acquisition module plays a crucial role in data acquisition. It deploys lightweight agent nodes in each blockchain and utilizes multi-threaded parallel processing technology to efficiently collect raw data from different nodes. This multi-threaded parallel acquisition method significantly improves data acquisition efficiency, shortening data retrieval time and laying a solid foundation for subsequent data processing and analysis. The design of lightweight agent nodes reduces system resource consumption, ensuring system stability and efficiency.

Second, the data storage module is responsible for data storage and management. This module employs an automated storage expansion mechanism and a hierarchical storage architecture, effectively addressing data storage space limitations. As data grows, the system automatically expands to ensure sufficient storage capacity. Simultaneously, the hierarchical storage architecture enhances data access speed, allowing users to quickly retrieve the required data. Furthermore, this module establishes an abstract data model, mapping raw data from different blockchains into a unified framework, achieving data format standardization and facilitating subsequent data integration processing and analysis.

Next, the data integration processing module aggregates the stored raw data. This module can aggregate raw data into different aggregation groups based on preset rules or algorithms. More importantly, it can analyze the correlations between different aggregation groups, constructing a 3D data relationship graph. This allows users to more intuitively understand the relationships between data, thus better comprehending the underlying meaning. The construction of the 3D graph is a major highlight of this patented technology, breaking the limitations of traditional data analysis methods and providing users with more comprehensive and in-depth data insights.

Finally, the visualization display module presents the processed data to users in an intuitive manner. Using the constructed 3D data relationship graph as its underlying architecture, this module provides users with multi-level visualization capabilities, allowing them to choose different visualization methods to view data based on their needs. Additionally, the module provides a user-friendly interface, lowering the barrier to entry, enabling even non-professionals to easily use the system for data interaction. The purpose of the visualization display module is to transform complex data into easily understandable and operable information, thereby enhancing users' understanding and application capabilities.

In summary, Shenzhen YiHang Network's patent application for the "Visualization Method and System for Blockchain Data Storage" effectively solves the challenges of blockchain data storage and interaction by cleverly combining data acquisition, storage, processing, and visualization technologies. Its innovations lie in the utilization of multi-threaded parallel acquisition, automated storage expansion, hierarchical storage architecture, abstract data models, 3D data relationship graph construction, and a user-friendly interface, achieving visualized storage and efficient interaction of blockchain data. This technology will significantly improve the utilization efficiency of blockchain data and provide strong technical support for the application of blockchain technology in various fields.

The successful application of this patent marks a significant breakthrough for Shenzhen YiHang Network in the field of blockchain data technology and contributes to the advancement of blockchain technology. The advanced nature of its technical solution is expected to see wide application in the future, providing more efficient and convenient data management and analysis solutions for various industries. The maturity and application of this technology will further promote the popularization and development of blockchain technology, contributing to the construction of a more transparent, secure, and efficient data ecosystem. It not only improves data interaction efficiency but also provides users with a more convenient and intuitive data experience, ultimately promoting the popularization and development of blockchain data applications. In the future, with continuous technological improvements and expanded application scenarios, this technology is expected to play a role in more fields, providing users with higher-quality data services.

This patent application demonstrates Shenzhen YiHang Network's technological strength and innovative capabilities in the blockchain technology field and offers new possibilities for the application of blockchain technology in various fields. We look forward to the early implementation of this technology to contribute to the progress and development of blockchain technology. Its emphasis on data visualization also reflects the focus of technological development on user experience, which will be an important direction for future technological development. We have reason to believe that this technology will bring about a profound change in the field of blockchain data applications.