Agregar a la Memoria
Almacena fácilmente información importante en tu flujo de trabajo con el componente Agregar a la Memoria. Guarda datos o documentos de manera fluida en la memor...
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Memory
Automation
+3
Buscar en Memoria
El componente Buscar en Memoria permite que tu flujo recupere información de la memoria almacenada según las consultas del usuario, apoyando flujos de trabajo conscientes del contexto y orientados al conocimiento.
AI
Memory
Components
Automation
Descripción del componente
Cómo funciona el componente Buscar en Memoria
The Search Memory component is designed to retrieve relevant information from your workflow’s memory storage, often referred to as “Long Term Memory”. It takes a user query and searches stored documents or knowledge resources, returning the most related content. This is particularly useful for AI workflows that need to reference previous information, retrieve supporting documents, or provide context-aware responses.
What Does the Component Do?
- Purpose: The component searches through stored information in the workflow’s memory using a user-defined query and returns the most relevant pieces of information.
- Use Case: Useful for chatbots, virtual assistants, or any AI process that requires access to previously stored knowledge or documents to provide informed, contextual answers.
Key Features
- Flexible Retrieval: Allows you to specify the number of results, set a similarity threshold, and choose how information is aggregated from documents.
- Customizable Output: You can control what sections/types of content (such as headings or paragraphs) are included in the results.
- Integration with Tools: The retrieved documents can be formatted as messages, raw documents, or as tools for further use in the workflow.
Settings
| Input Name | Type | Required | Description | Default Value |
|---|---|---|---|---|
| Title | str | No | Title of the block in the output. | Related resources |
| Result limit | int | Yes | Number of results to return. | 3 |
| From pointer | bool | Yes | If true, loads from the best matching point in the document; otherwise, loads all. | true |
| Hide resources | bool | No | If true, hides the retrieved resources from output. | false |
| max_tokens | int | No | Maximum number of tokens in the output text. | 3000 |
| strategy | str | Yes | Strategy for aggregating content: “Concat documents, fill from first up to tokens limit” or “Include equal size from each document”. | Include equal size from each documents |
| threshold | float | No | Similarity threshold for retrieved results (0 to 1). | 0.8 |
| tool_description | str | No | Description for the tool, used by agents to understand its function. | (empty) |
| tool_name | str | No | Name for the tool in the agent. | (empty) |
| use_content | multi-select | No | Which content types to export (e.g., H1-H6, Paragraph). | All (H1-H6, Paragraph) |
| verbose | bool | No | Whether to print verbose output for debugging or insights. | false |
Inputs
| Input Name | Type | Required | Description | Default Value |
|---|---|---|---|---|
| Lookup key | str | No | Key used to locate specific information in Long Term Memory. | (empty) |
| Input query | str | Yes | The search query to use in memory lookup. | (empty) |
Outputs
The component provides multiple output formats to suit different needs:
- Documents (Message): The retrieved information as a message, suitable for direct integration into conversational flows.
- Raw Documents (Document): The unprocessed, raw content of the matched documents for further parsing or analysis.
- Documents As Tool (Tool): The found documents formatted as a tool, enabling chaining or complex agent workflows.
| Output Name | Type | Description |
|---|---|---|
| documents | Message | Retrieved content as message(s) |
| documents_raw | Document | Raw, unprocessed document content |
| documents_as_tool | Tool | Documents formatted for use as a tool in agent workflows |
Why Use Search Memory?
- Contextual AI: Enhance your AI’s responses by providing access to previously stored data, making interactions more informed and coherent.
- Knowledge Management: Efficiently leverage existing documentation or user-provided information without manual searching.
- Advanced Customization: Fine-tune retrieval strategies and output formats to fit your specific workflow requirements.
Example Scenarios
- Conversational Agents: Retrieve past interactions or knowledge snippets to maintain context across conversations.
- Research Assistants: Quickly surface relevant documents or passages from a large knowledge base in response to a query.
- Automated Decision Making: Provide supporting evidence from stored memory to justify recommendations or actions.
Summary Table
| Feature | Benefit |
|---|---|
| Query-based search | Finds the most relevant stored information for any user query |
| Output options | Choose between message, raw document, or tool formats |
| Custom retrieval | Control over number of results, similarity threshold, and content |
| Integrates with AI | Ideal for AI agents needing dynamic access to stored knowledge |
This component is a versatile building block for any AI workflow that requires memory search, document retrieval, or contextual augmentation.
Preguntas frecuentes
- ¿Qué hace el componente Buscar en Memoria?
Buscar en Memoria permite que tu flujo de trabajo obtenga información relevante de la memoria almacenada o documentos usando consultas de entrada, haciendo que tus soluciones de IA sean más conscientes del contexto.
- ¿Cómo selecciona qué documentos devolver?
Recupera los documentos que mejor coinciden con la consulta de entrada, con opciones para limitar el número de resultados y controlar el formato o estrategia de salida.
- ¿Puedo controlar el número de resultados o el tipo de contenido?
Sí, puedes establecer un límite de resultados, elegir qué tipos de contenido de documentos incluir y ajustar las estrategias para combinar fragmentos de documentos.
- ¿Cómo ayuda Buscar en Memoria a mi chatbot o flujo de trabajo?
Al permitir el acceso a conocimientos previos o memoria a largo plazo, tu bot puede ofrecer respuestas más informadas, precisas y relevantes en contexto.
- ¿Es Buscar en Memoria adecuado para aplicaciones avanzadas de IA?
Absolutamente. Está diseñado para integrarse en flujos complejos donde recuperar contexto o conocimiento de datos previos es crucial para la automatización inteligente.
Prueba FlowHunt Buscar en Memoria
Potencia tus soluciones de IA integrando búsqueda y recuperación de memoria. Conéctate al conocimiento a largo plazo y ofrece respuestas más inteligentes.
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