Abstract: A grinding mill arranged in a housing having a stone grinding wheel turned by a power source such that a face thereof moves over a fixed grinding stone. Grain deposited between faces thereof is ground into meal or flour and falls into a receptacle preferably in the housing that can be removed therefrom. The invention provides a feed arrangement for passing whole grain from a trough, through an opening in the fixed grinding stone to a location between the faces.Adjustment of spacing between the faces of the stone grinding wheel and fixed grinding stone is provided by the inclusion of a manually turnable shaft arrangement that attaches to a threaded sleeve fixed to the electric motor. The turning of the shaft draws the electric motor toward or urges it away from a fixed point to shift the electric motor within the housing, so as to vary, as desired, the spacing between the faces.

Abstract: A combination grain mill and dough mixer arranged so as to be operated by a common power source, that power source preferably being an electric motor having an armature shaft that turns simultaneously both the grain mill and a kneader or agitator portion of the mixer. A preferred form of the grain mill being one utilizing a fixed grinding stone and a stone grinding wheel with flat surfaces of each arranged proximate to one another and the stone wheel adapted to be turned by the shaft of the electric motor, with grain deposited between the stones through an appropriate feed opening formed through the fixed grinding stone.Grinding of the grain into flour or meal is accomplished by the action of the face of the stone grinding wheel turned closely proximate to the face of the fixed stone, the ground grain falling as flour or meal from between the stones into a drawer within the housing.