LLM Parser — Comprensión de Lenguaje Natural

Extracts intents, entities, and parameters from natural language user messages for bot orchestration.

Updated Mar 1, 2026
One-click install
npx skills add https://github.com/emisorato1/calendario --skill llm-parser-comprensi-n-de-lenguaje-natural
Or copy as Structured Prompt for Agent
Please help me install this Agent Skill.
Skill: LLM Parser — Comprensión de Lenguaje Natural
Source: https://github.com/emisorato1/calendario/tree/main/skills/llm-parser
Command: npx skills add https://github.com/emisorato1/calendario --skill llm-parser-comprensi-n-de-lenguaje-natural

SYSTEM DOCUMENTATION & REQUIREMENTS

💡 This Skill includes references (resource) components.

What problem does it solve?

Este módulo interpreta mensajes en lenguaje natural del usuario y extrae datos estructurados (intenciones, entidades y parámetros) utilizando un modelo de lenguaje grande (LLM).

Core Features & Use Cases

  • Detección de intención: identificar qué acción quiere realizar el usuario (crear, editar, eliminar, ver, terminar evento, ver contactos).
  • Extracción de entidades: obtener nombre del cliente, teléfono, dirección, tipo de servicio, fecha/hora, notas.
  • Interpretación de ediciones: entender qué campos del evento modificar.
  • Cierre de servicio: extraer trabajo realizado, monto cobrado y notas de cierre.

Quick Start

Envía un mensaje de usuario en lenguaje natural y observa cómo se extraen de forma estructurada las acciones e información necesarias para el orquestador.

Frequently Asked Questions about LLM Parser — Comprensión de Lenguaje Natural

High-intent search queries and answers about installing and using this skill.

FAQPage Schema
How do I extract intents and entities from natural language for a chatbot orchestrator?

To extract intents and entities from natural language for a chatbot orchestrator, this module interprets user messages and outputs structured actionable data. It identifies specific actions like creating or editing events and pulls entities such as client names, phone numbers, and service types.

What is the best way to parse natural language scheduling requests into structured bot data?

Parsing natural language scheduling requests into structured bot data is handled by applying a large language model with a robust validation pipeline. It extracts necessary parameters like date, time, and address, using fallback alternative models to ensure reliability for customer service flows.

Can I use LLM parsing to detect user intents for customer service flows?

You can use LLM parsing to detect user intents for customer service flows by mapping natural language messages to predefined actions. The module identifies whether a user wants to create, edit, delete, view, or close a service event and structures that intent for execution.

Does this natural language parser support extracting details for service closure and event edits?

This natural language parser supports extracting details for service closure and event edits by interpreting which fields to modify. It captures the work done, amount charged, closing notes, and specific event modifications from conversational user input.

How reliable is LLM-based intent extraction when the primary model fails?

LLM-based intent extraction remains reliable when the primary model fails because the module includes a validation pipeline with fallbacks to alternative models. This ensures continuous structured data extraction for your bot orchestrator without interruptions.

What limitations exist when using natural language processing for bot data extraction?

Limitations when using natural language processing for bot data extraction depend on the primary LLM provider's accuracy and the complexity of user messages. While fallback models improve reliability, highly ambiguous inputs may still require additional schema validation to parse correctly.