Integrated Water Meter Valve Assembly for Wireless Remote Control

The patent applies composite materials by combining non-ferrous materials (such as brass, bronze, or plastic) with ferrous materials in a hybrid construction. The housing includes a non-ferrous outer shell that provides wireless signal compatibility while containing ferrous internal components that provide structural strength. This composite approach resolves the contradiction by allowing both material types to coexist, each performing its optimal function without interfering with the other.

The patent merges the water meter and water supply valve into a single integrated assembly, combining measurement and control functions in one unit. This integration reduces system complexity by eliminating separate components and their associated wiring, while maintaining remote control capabilities through a unified wireless interface. The combined device simplifies installation and reduces the number of separate systems that need to be managed.

The patent segments the integrated assembly into modular components including a meter housing, valve body, diaphragm assembly, and electronic components that can be manufactured separately and then assembled. This segmentation allows each component to be optimized for its specific manufacturing process while maintaining the overall integrated design that minimizes head loss. The modular approach reduces manufacturing complexity by enabling specialized production of individual parts.

The patent implements periodic action by designing the wireless communication unit to transmit data at scheduled intervals rather than continuously. The system includes a microcontroller that manages power consumption by putting the wireless module into sleep mode between transmissions and activating it only when data needs to be communicated. This periodic operation maintains remote reading capability while significantly reducing overall energy consumption of the battery-powered device.