Sic-bo automated dice-cage and method of implementing the same

1. A Sic-bo automated dice-cage comprising:

a control module being an electrical module for controlling connected mechanical apparatuses; a dice module being connected to the control module and having

a base having a top surface;

a dice container being a pellucid container and having

an opening being mounted on the top surface of the base; and

an inner surface;

a shaker controlled to move inside the dice container at a variable frequency and having a shaft, the shaft having

a proximal end being movably connected to the control module; and

a distal end being mounted through the base and disposed in the dice container and being controlled by the control module to move inside the dice container;

multiple dice being mounted in the dice container and movably mounted adjacent to the distal end of the shaker, being shaken by the shaker changeably according to the variable frequency to provide a random result when the shaker is moving;

a frame being mounted slidably through the base and being connected to and moved by the control module and comprising

a mounting end; and

at least one rod; and

a cover corresponding to, being larger than and selectively mounted slidably around the dice container, being opaque, being connected to the mounting end of the frame and having an opening;

a switch module being electronically connected to the control module, being activated to drive the control module to adjust position of the cover and shake the dice; and

a sensor being mounted on the inner surface of the dice container, being electronically connected to the control module and being an optical distance sensor sensing a height of the cover relative to the base and transmitting the height to the control module, wherein the control module changes the variable frequency in a direct ratio to the height.

2. The Sic-bo automated dice-cage as claimed in claim 1 , wherein

the switch module has actuators comprising

covering the dice container with shaking the dice actuator selectively activating the control module to move the frame to cover the dice container when the shaker is activated to shake the dice; and

uncovering the cover actuator selectively activating the control to move the frame uncovering the dice container.

3. The Sic-bo automated dice-cage as claimed in claim 1 , wherein the frame has three parallel rods.

4. A Sic-bo automated dice-cage comprising

a control module being an electrical module for controlling connected mechanical apparatuses; a dice module being connected to the control module and having

a base having a top surface;

a dice container being a pellucid container and having

an opening being mounted on the top surface of the base; and

an inner surface;

a shaker controlled to move inside the dice container at a variable frequency and having a shaft, the shaft having

a proximal end being movably connected to the control module; and

a distal end being mounted through the base and disposed in the dice container and being controlled by the control module to move inside the dice container;

multiple dice being mounted in the dice container and movably mounted adjacent to the distal end of the shaker, being shaken by the shaker changeably according to the variable frequency to provide a random result when the shaker is moving;

a frame being mounted slidably through the base and being connected to and moved by the control module and comprising

a mounting end; and

at least one rod; and

a cover corresponding to, being larger than and selectively mounted slidably around the dice container, being opaque, being connected to the mounting end of the frame and having an opening;

a switch module being electronically connected to the control module, being activated to drive the control module to adjust position of the cover and shake the dice; and

a sensor being mounted on the inner surface of the dice container, being electronically connected to the control module and being a brightness sensor sensing brightness inside the cover and transmitting the brightness to the control module, wherein the control module changes the variable frequency by a direct ratio to the brightness.

5. A Sic-bo automated dice-cage comprising

a control module being an electrical module for controlling connected mechanical apparatuses; a dice module being connected to the control module and having

a base having a top surface;

a dice container being a pellucid container and having

an opening being mounted on the top surface of the base; and

an inner surface;

a shaker controlled to move inside the dice container at a variable frequency and having a shaft, the shaft having

a proximal end being movably connected to the control module; and

a distal end being mounted through the base and disposed in the dice container and being controlled by the control module to move inside the dice container;

multiple dice being mounted in the dice container and movably mounted adjacent to the distal end of the shaker, being shaken by the shaker changeably according to the variable frequency to provide a random result when the shaker is moving;

a frame being mounted slidably through the base and being connected to and moved by the control module and comprising

a mounting end; and

at least one rod; and

a cover corresponding to, being larger than and selectively mounted slidably around the dice container, being opaque, being connected to the mounting end of the frame and having an opening;

a switch module being electronically connected to the control module, being activated to drive the control module to adjust position of the cover and shake the dice; and

a sensor being mounted on the inner surface of the dice container, being electronically connected to the control module and being an image sensor with a brightness sensor being capable of capturing an image of the dice and sensing a brightness inside the cover and transmitting the image and brightness to the control module, wherein the control module changes the variable frequency by a direct ratio to the brightness.

6. A Sic-bo shaking method, comprises steps of

obtaining a Sic-bo automated dice-cage comprising

a control module being an electrical module for controlling connected mechanical apparatuses;

a dice module being connected to the control module and having

a base having a top surface;

a dice container being a pellucid container and having

an opening being mounted on the top surface of the base; and

an inner surface; and

a shaker controlled to move inside the dice container at a variable frequency and having a shaft, the shaft having

a proximal end being movably connected to the control module; and

a distal end being mounted through the base and disposed in the dice container and being controlled by the control module to move inside the dice container;

multiple dice being mounted in the dice container and movably mounted adjacent to the distal end of the shaker, being shaken by the shaker changeably according to the variable frequency to provide a random result when the shaker is moving;

at least one frame being mounted slidably through the base and being connected to and moved by the control module and comprising

a mounting end; and

at least one rod; and

a cover corresponding to, being larger than and selectively mounted slidably around the dice container, being opaque, being connected to the mounting end of the frame and having an opening; and

a switch module being electronically connected to the control module, being activated to drive the control module to adjust position of the cover and shake the dice; and

a sensor being mounted on the inner surface of the dice container, being electronically connected to the control module, detecting brightness inside the cover and sending the brightness to the control module, wherein the control module changes the variable frequency in direct ratio to the brightness;

resetting, being the control module moving the cover to a highest position;

covering the dice, being the control module being activated and gradually moving the cover to cover the dice container;

shaking and covering the cover, being the control module moving the shaker in the variable frequency to shake the dice inside the dice container at a changeable speed while moving the cover over the dice container;

determining complete coverage, being the control module determining the cover is being covered by the dice container completely by detecting results of the sensor;

stopping shaking and opening betting, being the control module stopping shaking the dice and players being allowed to bet on the dice; and

uncovering the dice, being the control module uncovering the dice for players.

7. The Sic-bo dicing method as claimed in claim 6 , wherein the changeable speed corresponds to a position of the cover determined by the sensor.

8. A Sic-bo shaking method, comprises steps of

obtaining a Sic-bo automated dice-cage comprising

a control module being an electrical module for controlling connected mechanical apparatuses;

a dice module being connected to the control module and having

a base having a top surface;

a dice container being a pellucid container and having

an opening being mounted on the top surface of the base; and

an inner surface; and

a shaker controlled to move inside the dice container at a variable frequency and having a shaft, the shaft having

a proximal end being movably connected to the control module; and

a distal end being mounted through the base and disposed in the dice container and being controlled by the control module to move inside the dice container;

multiple dice being mounted in the dice container and movably mounted adjacent to the distal end of the shaker, being shaken by the shaker changeably according to the variable frequency to provide a random result when the shaker is moving;

at least one frame being mounted slidably through the base and being connected to and moved by the control module and comprising

a mounting end; and

at least one rod; and

a cover corresponding to, being larger than and selectively mounted slidably around the dice container, being opaque, being connected to the mounting end of the frame and having an opening; and

a switch module being electronically connected to the control module, being activated to drive the control module to adjust position of the cover and shake the dice; and

a sensor being mounted on the inner surface of the dice container, being electronically connected to the control module, detecting height of the cover and sending the height to the control module, wherein the control module changes the variable frequency in direct ratio to the height;

resetting, being the control module moving the cover to a highest position;

covering the dice, being the control module being activated and gradually moving the cover to cover the dice container;

shaking and covering the cover, being the control module moving the shaker in the variable frequency to shake the dice inside the dice container at a changeable speed while moving the cover over the dice container;

determining complete coverage, being the control module determining the cover is being covered by the dice container completely by detecting results of the sensor;

stopping shaking and opening betting, being the control module stopping shaking the dice and players being allowed to bet on the dice; and

uncovering the dice, being the control module uncovering the dice for players.

9. The Sic-bo automated dice-cage as claimed in claim 4 , wherein

the switch module has actuators comprising

covering the dice container with shaking the dice actuator selectively activating the control module to move the frame to cover the dice container when the shaker is activated to shake the dice; and

uncovering the cover actuator selectively activating the control to move the frame uncovering the dice container.

10. The Sic-bo automated dice-cage as claimed in claim 9 , wherein the frame has three parallel rods.

11. The Sic-bo automated dice-cage as claimed in claim 5 , wherein

the switch module has actuators comprising

covering the dice container with shaking the dice actuator selectively activating the control module to move the frame to cover the dice container when the shaker is activated to shake the dice; and

uncovering the cover actuator selectively activating the control to move the frame uncovering the dice container.

12. The Sic-bo automated dice-cage as claimed in claim 11 , wherein the frame has three parallel rods.

13. The Sic-bo dicing method as claimed in claim 8 , wherein the changeable speed corresponds to a position of the cover determined by the sensor.