Automated expandable table

1. An automated expandable table comprises:

a centerpiece;

a plurality of primary leaves;

a plurality of secondary leaves;

a motorized actuation disk;

a guide disk;

the motorized actuation disk being concentrically and rotatably mounted to the guide disk;

the plurality of primary leaves being radially distributed about a rotation axis of the motorized actuation disk;

the plurality of secondary leaves being radially distributed about the rotation axis of the motorized actuation disk;

each of the plurality of primary leaves being operatively coupled to the guide disk through the motorized actuation disk, wherein the guide disk is used to direct radial-offsetting movement for each of the plurality of primary leaves, and wherein the motorized actuation disk is used to drive the radial-offsetting movement for each of the plurality of primary leaves;

each of the plurality of secondary leaves being operatively coupled to the guide disk through the motorized actuation disk, wherein the guide disk is used to direct radial-offsetting and elevational movement for each of the plurality of secondary leaves, and wherein the motorized actuation disk is used to drive the radial-offsetting and elevational movement for each of the plurality of secondary leaves; and

the centerpiece being operatively coupled to the guide disk through the motorized actuation disk, wherein the guide disk is used to direct elevational movement of the centerpiece, and wherein the motorized actuation disk is used to drive the elevational movement for the centerpiece.

2. The automated expandable table as claimed in claim 1 comprises:

a first hole;

a motor;

the first hole being positioned concentric with the guide disk;

the first hole traversing through the guide disk;

a stator of the motor being mounted adjacent to the guide disk, opposite the motorized actuation disk;

a rotor of the motor being positioned within the first hole; and

the motorized actuation disk being concentrically and terminally connected to the rotor.

3. The automated expandable table as claimed in claim 2 comprises:

a wireless communication device;

a remote controller;

the wireless communication device being mounted adjacent to the motor;

the wireless communication device being electronically connected to the motor; and

the remote controller being communicably coupled to the wireless communication device.

4. The automated expandable table as claimed in claim 1 comprises:

a plurality of support legs;

an annular base plate;

the annular base plate being positioned concentric and adjacent to the guide disk, opposite the motorized actuation disk;

the annular base plate being mounted offset to the guide disk;

the plurality of support legs being positioned adjacent to annular base plate, opposite to the guide disk;

the plurality of support legs being radially distributed about the rotation axis of the motorized actuation disk; and

each of the plurality of support legs being adjacently connected to the annular base plate.

5. The automated expandable table as claimed in claim 1 comprises:

the operative coupling between each of the plurality of primary leaves and the guide disk through the motorized actuation disk comprises a specific primary leaf from the plurality of primary leaves, a first radial slot, a first J-shaped slot, and a first sliding linkage;

the plurality of primary leaves being positioned offset from the motorized actuation disk;

the first radial slot traversing through the motorized actuation disk;

the first J-shaped slot traversing through the guide disk;

the first radial slot and the first J-shaped slot being positioned adjacent to each other;

the first sliding linkage being positioned in between the specific primary leaf and the motorized actuation disk

the first sliding linkage being connected to the specific primary leaf; and

the first sliding linkage being slidably engaged to the first radial slot and the first J-shaped slot.

6. The automated expandable table as claimed in claim 5 comprises:

the first sliding linkage comprises a first sliding block and a first roller;

the first sliding block being adjacently connected to the specific primary leaf;

the first roller being connected normal to the first sliding block, opposite the specific primary leaf;

the first sliding block being slidably positioned within the first radial slot; and

the first roller being movably engaged within the first J-shaped slot.

7. The automated expandable table as claimed in claim 1 comprises:

the operative coupling between each of the plurality of secondary leaves and the guide disk through the motorized actuation disk comprises a specific secondary leaf, a second radial slot, a second J-shaped slot, a second sliding linkage, and a first lifting mechanism;

the second radial slot traversing through the motorized actuation disk;

the second J-shaped slot traversing through the guide disk;

the second radial slot and the second J-shaped slot being positioned adjacent to each other;

the second sliding linkage being positioned in between the motorized actuation disk and the specific secondary leaf;

the second sliding linkage being connected adjacent to the specific secondary leaf;

the second sliding linkage being slidably engaged to the second radial slot and the second J-shaped slot; and

the first lifting mechanism being operatively integrated in between the motorized actuation disk and the specific secondary leaf, wherein the first lifting mechanism is used to raise and lower the specific secondary leaf relative to the motorized actuation disk.

8. The automated expandable table as claimed in claim 7 comprises:

the second sliding linkage comprises a second sliding block and a second roller;

the second sliding block being adjacently connected to the specific secondary leaf;

the second roller being connected normal to the second sliding block, opposite the specific secondary leaf;

the second sliding block being slidably positioned within the second radial slot; and

the second roller being moveably engaged within the second J-shaped slot.

9. The automated expandable table as claimed in claim 7 comprises:

the first lifting mechanism comprises a pair of guide ramps and a pair of guide wheels;

the pair of guide ramps and the pair of guide wheels being positioned in between the specific secondary leaf and the motorized actuation disk;

each of the pair of guide wheels being rotatably mounted to the motorized actuation disk;

the pair of guide wheels being peripherally positioned on the motorized actuation disk;

the second radial slot being positioned in between the pair of guide wheels;

each of the pair of guide ramps being adjacently and radially connected to the specific secondary leaf;

the pair of guide ramps being oriented away from the rotation axis of the motorized actuation disk; and

the pair of guide ramps being aligned with the pair of guide wheels.

10. The automated expandable table as claimed in claim 1 comprises:

the operative coupling between the centerpiece and the guide disk through the motorized actuation disk comprises a plurality of second lifting mechanisms;

each of the plurality of second lifting mechanisms comprises a semicircular slot, a first ramp, and a second ramp;

the centerpiece and the motorized actuation disk being slidably mounted to each other along the rotation axis of the motorized actuation disk;

the plurality of second lifting mechanisms being radially distributed about the rotation axis of the motorized actuation disk;

the plurality of second lifting mechanisms being positioned in between the centerpiece and the guide disk;

the semicircular slot traversing through the motorized actuation disk;

the first ramp being adjacently connected to the centerpiece;

the second ramp being adjacently connected to guide disk;

the second ramp being positioned within the semicircular slot; and

the first ramp being aligned along the semicircular slot.

11. The automated expandable table as claimed in claim 1 comprises:

wherein the plurality of primary leaves, the plurality of secondary leaves, and the centerpiece are configured into an expanded configuration;

each of the plurality of primary leaves being positioned radially offset to the rotation axis of the motorized actuation disk;

each of the plurality of secondary leaves being positioned radially offset to the rotation axis of the motorized actuation disk;

the plurality of secondary leaves being positioned interspersed through the plurality of primary leaves;

the plurality of primary leaves and the plurality of secondary leaves being perimetrically coincident with the centerpiece; and

each of the plurality of secondary leaves, the centerpiece, and each of the plurality of primary leaves being positioned coplanar with each other.

12. The automated expandable table as claimed in claim 1 comprises:

wherein the plurality of primary leaves, the plurality of secondary leaves, and the centerpiece are configured into a retracted configuration;

the plurality of primary leaves being radially pressed against each other; and

the plurality of secondary leaves and the centerpiece being positioned in between the plurality of primary leaves and the motorized actuation disk.