Overview
ISO/IEC 29341-19-1:2011 is an international standard defining the Solar Protection Blind Device Control Protocol, compliant with the Universal Plug and Play (UPnP) Device Architecture Version 1.0. This device template specifies the functional model for solar protection blinds-automated or manual blinds designed to provide shade by adjusting between fully open and fully closed positions. The standard supports multiple control modes including manual, automatic, and disabled, and incorporates a protective mode to prevent equipment deterioration.
Key benefits of this standard include enhanced interoperability for smart home and building automation systems, reliable control of solar blinds, and seamless integration of shading devices into networked environments following UPnP protocols.
Key Topics
-
Device Compliance and Type
Defines the device type urn:schemas-upnp-org:device:SolarProtectionBlind:1 as compliant with this template, enabling consistent device identification and discovery on UPnP networks.
-
Operation Modes
The standard supports four operation modes for blinds:
- Manual unprotected and unlocked (full user control)
- Manual protected and unlocked (user control overridden by protection mechanisms)
- Automatic and unlocked (automatic control only)
- Locked (blind remains motionless)
-
Position Control
Allows precise control of the blind's position with continuous adjustment capability from 0% (fully closed) to 100% (fully opened), facilitating optimal shading and energy efficiency.
-
Protection Functionality
Includes a protected mode to prolong device lifespan by preventing operations that could damage the solar protection blind.
-
Device Model Architecture
Specifies required embedded services, such as the TwoWayMotionMotor:1 service for blind position and optionally for slat position control, supporting flexible product implementations.
-
XML Device Description
Provides a standardized XML schema for device descriptions, enabling automated discovery, control, and event subscription by control points within a UPnP network.
-
Testing and Interoperability
Testing is based on syntactical verification of the XML device descriptions using UPnP test tools, ensuring device conformance and interoperability within compliant ecosystems.
Applications
-
Smart Home Automation
Integration of solar protection blinds into smart home systems enables automated shading control for natural light management, privacy, and energy savings.
-
Building Management Systems (BMS)
Facilities can implement networked solar protection blinds complying with this standard to optimize indoor climate control and reduce HVAC load.
-
Energy Efficiency Solutions
By enabling precise and automated shading controls, this standard supports energy-efficient building designs focused on reducing cooling demand.
-
Retrofitting and Upgrading Existing Blinds
Solar blinds equipped with UPnP-compliant interfaces based on this standard can be easily added to existing networked environments without custom integration.
Related Standards
-
ISO/IEC 29341 Series
This document forms part of the broader ISO/IEC 29341 UPnP device architecture series, which covers various device types and service protocols for universal interoperability in networked devices.
-
Universal Plug and Play (UPnP) Architecture
ISO/IEC 29341-19-1 builds on the UPnP Architecture Version 1.0, maintaining compliance with core UPnP principles for device discovery, control, eventing, and description.
-
IEC Electrical and Electronic Equipment Standards
As part of IEC publications, this standard aligns with global electrical standardization for seamless integration of electronic control devices in building automation.
Keywords: UPnP, solar protection blind, device control protocol, building automation, smart home, shading control, ISO/IEC 29341-19-1, universal plug and play, energy efficiency, solar blinds, device interoperability, XML device description.
Open preview (PDF)Information technology — UPnP Device Architecture — Part 19-1: Solar Protection Blind Device Control Protocol — Solar Protection Blind Device
