Abstract: A squirrel house that can be used for shelter from predators, from cold weather and for providing a den for a breeding pair of squirrels to build a nest for raising a family of young squirrels, having a front wall including a side access hole, a floor having a bottom access opening, a pair of matching side walls supporting a shed roof end extending at a slight incline from the back wall to and over the side access wall being supported along the tapered top edges of the side walls. The squirrel house also employs multiple predator guards including a predator guard mounted on the roof, an internal predator guard, an interior baffle to reduce access by a predator, and a roof guard comprising projections on the roof to hinder predator access from the roof, and where there is a separate exit hole for the nesting squirrel(s) to exit while a predator attempts to enter through a predator guard hole.

Abstract: A squirrel house that can be used for shelter from predators, from cold weather and for providing a den for a breeding pair of squirrels to build a nest for raising a family of young squirrels, having a front wall including a side access hole, a floor having a bottom access opening, a pair of matching side walls supporting a shed roof end extending at a slight incline from the back wall to and over the side access wall being supported along the tapered top edges of the side walls.

Abstract: A composition comprising conductive particles and polymeric material selected from the group of polymers, pre-polymers and mixtures thereof wherein at least about 5 percent by weight of the particles included in the composition have been subjected to treatment such that the particles have chloride at least on their surface prior to inclusion in the composition.

Abstract: A force sensor component comprising a dimensionally stable body of electrically conductive material, the body having a selected outer surface formed into a predetermined topography; the body including an electrically conductive material in an amount sufficient to render the body electrically conductive at least throughout the selected outer surface of the body; the predetermined topography of the outer surface of the body comprising a plurality of interconnecting ridges across the outer surface of the body.

Abstract: A composition comprising chlorided and non-chlorided conductive particles and polymeric material selected from the group of polymers, pre-polymers and mixtures thereof wherein at least about 5 percent by weight of the particles included in the composition have been subjected to treatment such that the particles have chloride at least on their surface prior to inclusion in the composition.

Abstract: A force sensor component is formed including a dimensionally stable body of electrically conductive material, the body having a selected outer surface formed into a predetermined topography; the body including an electrically conductive material in an amount sufficient to render the body electrically conductive at least throughout the selected outer surface of the body; the predetermined topography of the outer surface of the body including a plurality of interconnecting ridges across the outer surface of the body.