Gyroscopically stabilized drinkware

1. A stabilized cup for individuals with muscular tremors comprising:

a cup body providing a bottom wall and peripheral sidewalls extending upwardly from the bottom wall to an open rim to define a cup volume for receiving liquids through the rim along a cup body axis and holding those liquids when the cup body axis is in an upright orientation;

an electrically powered gyroscope rotor rotatably attached to the cup body to provide gyroscopic stabilization of the cup body; and

wherein the electrically powered gyroscope is mounted to rotate about an axis substantially parallel to the cup body axis.

2. The stabilized cup of claim 1 wherein the electrically powered gyroscope is mounted to the cup body below the cup volume.

3. The stabilized cup of claim 2 wherein the stabilized cup further includes a battery communicating with the electrically powered gyroscope rotor for providing power for rotation of the electrically powered gyroscope rotor and wherein the battery is mounted to the cup body below the cup volume.

4. A stabilized cup for individuals with muscular tremors comprising:

a cup body providing a bottom wall and peripheral sidewalls extending upwardly from the bottom wall to an open rim to define a cup volume for receiving liquids through the rim along a cup body axis and holding those liquids when the cup body axis is in an upright orientation;

an electrically powered gyroscope rotor rotatably attached to the cup body to provide gyroscopic stabilization of the cup body;

further including a handle adapted to be grasped by the hand of a user of the stabilized cup while using the stabilized cup; and

a movable joint connecting the cup body to the handle to allow pivoting of the handle with respect to the cup body about at least a first axis angled to the cup body axis;

wherein a center of mass of the cup body is below the first axis when the cup body is filled with liquid.

5. The stabilized cup of claim 4 wherein the handle provides first and second spaced apart portions alignable with the cup axis wherein the first portion is adapted to be grasped by the hand of a user and the second portion attaches to the movable joint, wherein the first and second portions are joined at upper edges.

6. The stabilized cup of claim 4 wherein the movable joint swivels about a substantially horizontal axis when the cup axis is vertical.

7. A stabilized cup for individuals with muscular tremors comprising:

a cup body providing a bottom wall and peripheral sidewalls extending upwardly from the bottom wall to an open rim to define a cup volume for receiving liquids through the rim along a cup body axis and holding those liquids when the cup body axis is in an upright orientation;

an electrically powered gyroscope rotor rotatably attached to the cup body to provide gyroscopic stabilization of the cup body;

further including a handle adapted to be grasped by the hand of a user of the stabilized cup while using the stabilized cup;

a movable joint connecting the cup body to the handle to allow pivoting of the handle with respect to the cup body about at least a first axis angled to the cup body axis; and

wherein the handle provides a vertical portion to be grasped by the hand of the user so that a proximal/distal axis of the forearm of the hand aligns with the at least one first axis.

8. The stabilized cup of claim 4 further including a lid sealingly fitting over the rim and providing an orifice displaced toward a front of the cup away from the cup body axis and at least one first axis along a direction perpendicular to both the cup vertical axis and at least one first axis.

9. The stabilized cup of claim 4 wherein the movable joint allows the cup body to pivot with respect to the handle about at least two orthogonal axes.

10. The stabilized cup of claim 9 wherein the movable joint allows the cup body to slide with respect to the handle about an axis perpendicular to the at least two orthogonal axes.

11. The stabilized cup of claim 4 wherein the movable joint is selected from the group consisting of a pivoting connection and a flexing connection.

12. The stabilized cup of claim 1 further including an electrical switch controlling power between a battery and the electrically powered gyroscope rotor.

13. The stabilized cup of claim 12 wherein the electrical switch provides an operator exposed for actuation by a user's hand supporting the stabilized cup.

14. The stabilized cup of claim 12 wherein the electrical switch is a momentary contact switch defaulting to an open position.