Abstract: Razor heads and shaving systems are disclosed which comprise multiple blades and/or multiple skin-engaging elements which are supported to provide those elements with composite motion in response to forces encountered during shaving, i.e. those elements move along non-parallel paths. In one embodiment, a razor head comprises a base, a guard element and a blade package movably supported for movement relative to said guard element. A movable support for the blade package comprises a first resilient portion extending generally forwardly from the base toward the guard element and a second resilient portion extending generally upwardly from a forward portion of the first resilient portion toward the blade package.

Abstract: Razor heads and shaving systems are disclosed which comprise multiple blades and/or multiple skin-engaging elements which are supported to provide those elements with composite motion in response to forces encountered during shaving, i.e. those elements move along non-parallel paths. In one embodiment, a razor head comprises a base, a guard element and a blade package movably supported for movement relative to said guard element. A movable support for the blade package comprises a first resilient portion extending generally forwardly from the base toward the guard element and a second resilient portion extending generally upwardly from a forward portion of the first resilient portion toward the blade package.

Abstract: Shaving systems having a first support, at least one, and preferably a plurality, of resilient supports, and a plurality of skin-engaging elements movably arranged in spaced relation and supported by the resilient support. The resilient supports normally maintain the movable skin-engaging elements, e.g. blades, guards, and/or cap member, in spaced relation such that the movable, skin-engaging elements are spaced by a first distance, relative to each other, when the skin-engaging elements are in a normal, unbiased position. In one embodiment, when one or more of the skin-engaging elements is acted upon by forces normally encountered during shaving, the resilient supports yield in order to move each of the blades and the cap into a more aggressive position.

Abstract: A razor which actively flexes at least one, and preferably a plurality of skin-engaging elements during shaving to follow the contours of a skin surface. One preferred razor comprises a support and a pair of rotating pivots movably connected to the support. Each rotating pivot contacts separate portions of a razor head. Shaving forces exerted on a first razor head portion in a first direction will cause the rotating pivot to move a second razor head portion in a second direction which is different from the first direction. The razor also comprises means for biasing the rotating pivots to a neutral position. In one embodiment, the support comprises a pivot assembly to which the rotating pivots are connected thereby providing another degree of movement to the rotating pivots relative to the support.

Abstract: A flexible razor head which can flex convexly and concavely during shaving to follow the contours of a skin surface. A blade support comprises a rubber-like material which is compressible and preferably allows the blades to angularly and vertically deflect.