Unitary electric motor and bi-directional controller arrangement

A unitary electric motor and bi-directional controller arrangement comprising:

• an electric motor having an armature electrically energizable through a commutator, a pair of brushes each having a surface in sliding contact with said commutator and a housing including means for rotatably supporting said armature;
• an oscillatory member having two discrete circumferentially disposed electrically conductive areas separated by two discrete electrically insulating areas;
• electrically energizable means including means for supporting said oscillatory member and means for normally maintaining said oscillatory member in a neutral position mounted upon said motor housing in such a manner that said motor armature and said oscillatory member are in axial alignment with another surface of each of said motor brushes being in sliding engagement with a surface of said oscillatory member and in contact with a respective one of said insulating areas when said oscillatory member is in said neutral position,
• said electrically energizable means being arranged to effect the operation of said oscillatory member through selected opposite first and second angles of rotation relative to said neutral position in response to the electrical energization thereof in respective opposite senses;
• and
• circuit means including said oscillatory member through which the electrical energization of said motor armature may be effected in respective opposite senses in response to the operation of said oscillatory member through said first angle of rotation and through said second angle of rotation upon the energization of said electrically energizable means in respective opposite senses.

A unitary electric motor and bi-directional controller arrangement comprising:

• an electric motor having an armature electrically energizable through a commutator, a pair of brushes each having a surface in sliding contact with said commutator and a housing including means for rotatably supporting said armature;
• a disc member having two discrete circumferentially disposed electrically conductive areas separated by two discrete electrically insulating areas arranged to be operated by a motor housing mounted electrically energizable operating device through opposite first and second angles of rotation relative to a normal neutral position in response to the electrical energization of said operating device in respective opposite senses, said disc member being mounted in axial alignment with said motor armature and being so located and positioned that another surface of each of said motor brushes is in sliding engagement with a surface thereof, is in contact with a respective one of said electrically insulating areas when said disc member is in said neutral position, is in contact with one of said electrically conductive areas when said disc member is operated through one of said angles of rotation and is in contact with the other one of said electrically conductive areas when said disc member is operated through the other one of said angles of rotation;
• and
• a pair of electrical contact members arranged for electrical connection across a potential source and supported by said motor housing in such a location and position that each is in sliding engagement with a surface of said disc member and is in contact with a respective one of said electrically conductive areas at all positions of said disc member within the operating range thereof whereby said motor armature is conditioned for electrical energization in respective opposite senses in response to the operation of said disc member through said first angle of rotation and through said second angle of rotation.