Universal Protocol For Power Tools

What is this patent about?

’647 is related to the field of communication protocols for power tools. Traditionally, power tools operated independently, lacking the ability to communicate with each other or external devices. This limited their functionality and prevented advanced features such as coordinated operation or remote monitoring. The patent addresses this limitation by enabling wireless communication between power tools, allowing them to exchange data and coordinate their actions.

The underlying idea behind ’647 is to enable power tools to communicate wirelessly and securely. This is achieved by establishing a wireless radio link between two power tools, where one tool sends a signal containing an identifier to the other. The receiving tool then verifies the sending tool's authorization based on this identifier before acting on the signal. This allows for coordinated control of tool components across multiple devices.

The claims of ’647 focus on a method and system for power tools to communicate. Claim 1 details a method where a first power tool establishes a wireless link with a second, receives a signal containing an identifier, verifies the second tool's authorization based on the identifier, and then controls a tool component based on the signal. Claim 11 describes a system with two power tools, where the first transmits a signal with an identifier, and the second verifies authorization and controls its tool component accordingly.

In practice, this invention allows for scenarios where one power tool can trigger actions in another. For example, a circular saw could wirelessly signal a vacuum cleaner to start when the saw begins cutting, ensuring efficient dust collection. The authorization step is crucial for preventing unauthorized control and ensuring that only trusted tools can interact with each other, enhancing safety and preventing malicious interference.

This approach differs from prior solutions by enabling direct, secure communication between power tools without relying on a central hub or external network. The use of an identifier for authorization adds a layer of security, preventing unauthorized devices from controlling the tools. This peer-to-peer communication allows for more responsive and reliable coordination compared to systems that rely on intermediary devices or complex network protocols.