Hydrogen Station Inspection Interface for Accurate Meter Recording

The patent replaces the mechanical manual recording system with an electronic data processing system. The inspection results are automatically captured and stored in an electronic database, eliminating the need for manual paper recording. This substitution of mechanical writing with electronic data processing resolves the contradiction by providing both ease of operation through automated capture and high reliability through systematic electronic storage and validation.

The patent creates electronic copies of inspection data from various meters and inspection points, storing them in a standardized digital format. Instead of manually transcribing data from physical meters to paper, the system automatically generates electronic copies and stores them in a database, ensuring accuracy through direct digital capture and eliminating transcription errors.

The patent segments the inspection system into distinct modular components, each corresponding to specific meters or inspection points. The database is organized with separate records for different inspection elements (pressure meters, temperature meters, leakage inspection points, etc.), allowing each to be independently managed and recorded. This segmentation reduces complexity by breaking down the dense inspection requirements into manageable, standardized units.

The patent implements a universal data structure and interface that can handle multiple types of inspection data (pressure, temperature, leakage, flow rate) through a common recording system. The standardized database schema and uniform data capture methodology allow the system to manage diverse inspection points consistently, reducing overall system complexity despite the comprehensive coverage of numerous inspection elements.

The patent replaces the mechanical transcription process with automated electronic data capture. Data from meters and inspection points are directly input into the electronic database through sensors, digital readouts, or standardized input interfaces, eliminating the manual copying process entirely. This resolves the contradiction by simultaneously improving productivity through automated capture and reliability through direct digital recording without transcription errors.

The inspection system performs self-service data capture where the inspection equipment and meters automatically provide their data to the recording system without requiring manual transcription. The system autonomously collects, stores, and manages inspection data, freeing the inspector from repetitive transcription tasks and eliminating associated errors while maintaining high productivity.