US20250112429
2025-04-03
Electricity
H01R33/90
The patent application describes a novel approach to electrical receptacles that are both configurable and reconfigurable, integrating additional functionalities such as sensors and interfaces. These advanced receptacles aim to enhance building automation by allowing the distribution of various functions, including wireless and data interfaces, through removable inserts. The system supports artificial intelligence for assisted living, monitoring user activities, and offering functions like power monitoring and preventative maintenance.
Traditional building and home automation systems operate with separate components for power distribution, lighting, environmental sensors, and security. Modern smart home systems use Wi-Fi for remote control via a central hub or gateway. However, these systems are typically fixed and discrete. The new invention offers a flexible solution by providing receptacles that can be reconfigured to accommodate different functionalities as required by the environment.
The invention consists of a housing designed to fit within an electrical utility work box. This housing includes multiple electrical interfaces connected to a power distribution network, generating both power and data signals. A key feature is the cavity in the front face of the housing, which allows for the insertion of demountable inserts. These inserts enable the addition or modification of functionalities without altering the basic structure of the receptacle.
The demountable inserts are critical components that provide flexibility and adaptability to the system. Each insert is equipped with contacts that connect to specific contacts within the housing's cavity, facilitating different configurations. These inserts can be easily removed or replaced to change or upgrade the functionality of the receptacle, making it suitable for various applications in industrial, home, or business automation.
The system supports artificial intelligence functionalities either centralized or distributed locally or remotely. It enhances user experience by monitoring activities and providing insights into power usage and device maintenance needs. By identifying connected devices, the system can offer tailored services, contributing to smarter living environments through improved decision-making and communication capabilities.