Rotational Axis Handle for Skin-Conforming Shaving

The invention adds a second axis of rotation perpendicular to the first pivotal axis, transforming the blade unit's movement from one-dimensional (single pivot) to two-dimensional (dual-axis rotation). This enables the blade unit to follow complex skin contours by combining movements along both axes, directly resolving the contradiction between mobility and complexity.

The invention implements dynamic movement capabilities by allowing the blade unit to pivot about a first axis and rotate about a second axis independently. This dynamic multi-axis movement system adapts to varying skin contours during shaving, providing the necessary versatility while maintaining a manageable structural complexity through the use of interconnected rotational joints.

The invention segments the movement function into two independent rotational axes: a first pivot axis for vertical movement and a second rotation axis for lateral movement. This segmentation allows each axis to handle specific contour adaptation tasks, improving overall conformance while keeping the mechanical structure organized and manageable through functional decomposition.

The dual-axis mechanism provides multi-functional movement capabilities, where the blade unit can independently pivot and rotate to adapt to various body contours including facial areas, underarm regions, and other body parts. This universal adaptability across different shaving zones achieves improved conformance without proportionally increasing complexity, as the same two-axis system serves multiple application scenarios.