PaddleOCR Agent
PaddleOCR Agent is a highly efficient OCR tool based on the PaddleOCR framework, offering multi-language support and advanced text detection capabilities. It provides state-of-the-art OCR accuracy with optimized performance for various document types.

PaddleOCR Agent interface and configuration
Source Type Note: Ensure your input document matches the selected source type for optimal processing. The agent supports various formats including PDF, images, and ZIP archives.
Component Inputs
- Source Type: Select input source type
Choose from PDF, Image, or ZIP formats
- PDF/Image/ZIP: Upload document file
Support for multiple file formats
- Google Drive URL: Optional Google Drive file URL
Direct processing from Google Drive
Component Outputs
- Extracted OCR Text: Processed text output
Extracted text with formatting preservation
How It Works
PaddleOCR Agent utilizes the powerful PaddleOCR framework to perform text detection and recognition. It employs advanced deep learning models optimized for various languages and document types.
Processing Flow
- Document preprocessing and format validation
- Text region detection using deep learning
- Character recognition and extraction
- Post-processing and layout analysis
- Text reconstruction and formatting
- Final output generation
Use Cases
- Document Digitization: Convert physical documents to digital text
- Asian Language Processing: Specialized in Asian language recognition
- Batch Document Processing: Handle multiple documents efficiently
- Layout Analysis: Preserve complex document layouts
- Cloud Document Processing: Process documents from cloud storage
Implementation Example
const paddleOCR = new PaddleOCRAgent({
sourceType: "PDF",
file: documentFile, // File object or path
googleDriveUrl: "https://drive.google.com/file/d/..." // Optional
});
const result = await paddleOCR.processDocument();
// Output:
// {
// extractedText: "Processed document text with preserved formatting...",
// confidence: 0.98,
// detectedLanguages: ["en", "zh"]
// }
Best Practices
- Ensure proper image resolution for better accuracy
- Use appropriate preprocessing for poor quality documents
- Consider document orientation for optimal results
- Utilize batch processing for multiple files
- Monitor system resources for large-scale processing