Electric Tool Head Section Rotation with Mechanical Fragment Ejection

The patent replaces the electromagnetic fragment ejecting mechanism with a purely mechanical ejection system. The mechanical fragment ejecting mechanism uses a spring-loaded piston that is activated by the rotation of the head section itself, eliminating the need for additional electromagnetic actuators and reducing overall energy consumption while maintaining the rotational capability for improved accessibility.

The head section's rotation serves dual purposes: it provides improved accessibility for fastening operations and simultaneously activates the fragment ejection mechanism. The mechanical connection between the rotating head section and the ejection piston means that the operator's own rotational input both repositions the tool and ejects the fragment, making the system self-sufficient without requiring separate power sources.

The head section is designed to perform multiple functions simultaneously: it transmits rotational force to the fastener, provides rotational positioning for accessibility, and activates the fragment ejection mechanism through its own rotation. This multi-functionality eliminates the need for separate electromagnetic actuators, reducing energy consumption while maintaining operational flexibility.

The fragment ejection mechanism is designed to be dynamically activated during the normal rotation of the head section. The mechanical linkage between the rotating head and the ejection piston ensures that the ejection action occurs naturally during the operator's rotational input, allowing the system to adapt to different operational positions without requiring additional power sources.