Tablet Keyboard System

1 . A tablet keyboard system for a creating a laptop experience with a clamshell design, the tablet keyboard system comprising:

a frame comprising:

a frame front edge;

a top frame boundary; and

a bottom frame boundary;

an electronic keyboard housed by the frame;

a tablet computer commutatively coupled with the electronic keyboard, the tablet computer comprising:

a front panel comprising:

a touchscreen display; and

a tablet computer front edge; and

a back panel;

a multitouch trackpad housed by the frame and commutatively coupled with the electronic keyboard and the tablet computer;

a backplate supporting the tablet computer and pivotally connected to the frame, the backplate comprising:

backplate magnets for mating with the tablet computer by contact with the tablet computer, the backplate magnets exerting a backplate magnetic retention force on the tablet computer, the backplate magnetic retention force preventing release of the tablet computer from the backplate;

a front receiving member for supporting the tablet computer by contact with the tablet computer front edge, the front receiving member exerting a front receiving member retention force on the tablet computer front edge, the front receiving member retention force on the tablet computer front edge preventing release of the tablet computer from the backplate; and

a backplate bottom edge, the backplate bottom edge being flush with the bottom frame boundary when the tablet keyboard system is in a closed position, and the backplate bottom edge being below the bottom frame boundary when the tablet keyboard system is in an open position allowing the tablet keyboard system to pivot the frame front edge in an upwards position creating an angle between the bottom frame boundary and a resting surface of the bottom frame boundary, the angle optimizing an ergonomic typing position for a user; and

an inverse object system comprising:

an inverse object tab protruding beyond an external boundary of the tablet computer for contact with a thumb of the user; and

an inverse object recession recessed with an internal boundary of the tablet computer for contact with an index finger of the user.

2 . The tablet keyboard system of claim 1 ,

wherein the angle between the bottom frame boundary and the resting surface of the bottom frame boundary is greater than zero degrees and less than three degrees, the angle optimizing the ergonomic typing position for the user of the electronic keyboard of the tablet keyboard system.

3 . The tablet keyboard system of claim 1 ,

wherein the angle between the bottom frame boundary and the resting surface of the bottom frame boundary is one degree, the angle optimizing the ergonomic typing position for the user of the electronic keyboard of the tablet keyboard system.

4 . The tablet keyboard system of claim 1 ,

wherein the angle between the bottom frame boundary and the resting surface of the bottom frame boundary is two degrees, the angle optimizing the ergonomic typing position for the user of the electronic keyboard of the tablet keyboard system.

5 . The tablet keyboard system of claim 1 ,

wherein the angle between the bottom frame boundary and the resting surface of the bottom frame boundary is three degrees, the angle optimizing the ergonomic typing position for the user of the electronic keyboard of the tablet keyboard system.

6 . The tablet keyboard system of claim 1 , wherein simultaneous contact with the inverse object tab by the thumb of the user and contact with the inverse object recession by the index finger of the user causes an inverse object system release force on the tablet computer, the inverse object system release force causing release of the tablet computer from the backplate when the inverse object system release force is greater than a combination of the front receiving member retention force and the backplate magnetic retention force.

7 . The tablet keyboard system of claim 6 , wherein simultaneous contact with the inverse object tab by the thumb of the user and contact with the inverse object recession by the index finger of the user causes an inverse object system release force on the tablet computer, the inverse object system release force causing release of the tablet computer from the backplate when the inverse object system release force is greater than a combination of the front receiving member retention force and the backplate magnetic retention force.

8 . The tablet keyboard system of claim 6 , wherein a distance between a center of the inverse object tab protruding beyond the external boundary of the tablet computer for contact with a thumb of the user and a center of the inverse object recession recessed with the internal boundary of the tablet computer for contact with an index finger of the user is an optimal release distance, the optimal release distance being a distance measured of a human hand from a tip of a thumb to a tip of the index finger of the human hand fully stretched, the distance measured being between two and four inches.

9 . The tablet keyboard system of claim 1 , wherein the backplate magnets for mating with the tablet computer by contact with the tablet computer comprise:

a backplate upper magnet array, the backplate upper magnet array exerting an upper backplate magnetic retention force on the tablet computer, the upper backplate magnetic retention force preventing release of the tablet computer from the backplate; and

a backplate lower magnet array, the backplate lower magnet array exerting a lower backplate magnetic retention force on the tablet computer, the lower backplate magnetic retention force preventing release of the tablet computer from the backplate.

10 . A tablet keyboard system for a creating a laptop experience with a clamshell design, the tablet keyboard system being in an open position comprising:

a frame comprising:

a frame front edge;

a top frame boundary; and

a bottom frame boundary;

an electronic keyboard housed by the frame;

a tablet computer commutatively coupled with the electronic keyboard, the tablet computer comprising:

a front panel comprising:

a touchscreen display; and

a tablet computer front edge; and

a back panel;

a multitouch trackpad housed by the frame and commutatively coupled with the electronic keyboard and the tablet computer;

a backplate supporting the tablet computer and pivotally connected to the frame, the backplate comprising:

backplate magnets for mating with the tablet computer by contact with the tablet computer, the backplate magnets exerting a backplate magnetic retention force on the tablet computer, the backplate magnetic retention force preventing release of the tablet computer from the backplate; and

a backplate bottom edge being below the bottom frame boundary with the tablet keyboard system in the open position allowing the tablet keyboard system to pivot the frame front edge in an upwards position creating an angle between the bottom frame boundary and a resting surface of the bottom frame boundary, the angle optimizing an ergonomic typing position for a user; and

an inverse object system comprising:

an inverse object tab protruding beyond an external boundary of the tablet computer for contact with a thumb of the user; and

an inverse object recession recessed with an internal boundary of the tablet computer for contact with an index finger of the user.

11 . A tablet keyboard system for a creating a laptop experience with a clamshell design, the tablet keyboard system being in an open position comprising:

a frame comprising:

a frame front edge;

a top frame boundary; and

a bottom frame boundary;

an electronic keyboard housed by the frame;

a tablet computer commutatively coupled with the electronic keyboard, the tablet computer comprising:

a front panel comprising:

a touchscreen display; and

a tablet computer front edge; and

a back panel;

a multitouch trackpad housed by the frame and commutatively coupled with the electronic keyboard and the tablet computer;

a backplate supporting the tablet computer and pivotally connected to the frame, the backplate comprising:

backplate magnets for mating with the tablet computer by contact with the tablet computer, the backplate magnets exerting a backplate magnetic retention force on the tablet computer, the backplate magnetic retention force preventing release of the tablet computer from the backplate;

a front receiving member for supporting the tablet computer by contact with the tablet computer front edge, the front receiving member exerting a front receiving member retention force on the tablet computer front edge, the front receiving member retention force on the tablet computer front edge preventing release of the tablet computer from the backplate; and

a backplate bottom edge being below the bottom frame boundary with the tablet keyboard system in the open position allowing the tablet keyboard system to pivot the frame front edge in an upwards position creating an angle between the bottom frame boundary and a resting surface of the bottom frame boundary, the angle optimizing an ergonomic typing position for a user; and

an inverse object system comprising:

an inverse object tab protruding beyond an external boundary of the tablet computer for contact with a thumb of the user; and

an inverse object recession recessed with an internal boundary of the tablet computer for contact with an index finger of the user.

12 . The tablet keyboard system of claim 11 , wherein a bottom edge of the tablet computer is below the top frame boundary creating the angle between the bottom frame boundary and the resting surface of the bottom frame boundary, the angle further optimizing the ergonomic typing position for the user.

13 . The tablet keyboard system of claim 11 , wherein the backplate supporting the tablet computer is pivotally connected to the frame using a hinge, the hinge being internal to the frame.

14 . The tablet keyboard system of claim 11 , wherein the backplate supporting the tablet computer is made of flexible material.

15 . The tablet keyboard system of claim 14 , wherein, the flexible material is plastic.

16 . A tablet keyboard system for a creating a laptop experience with a clamshell design, the tablet keyboard system being in a closed position comprising:

a frame comprising:

a frame front edge;

a top frame boundary; and

a bottom frame boundary;

an electronic keyboard housed by the frame;

a tablet computer commutatively coupled with the electronic keyboard, the tablet computer comprising:

a front panel comprising:

a touchscreen display; and

a tablet computer front edge; and

a back panel;

a multitouch trackpad housed by the frame and commutatively coupled with the electronic keyboard and the tablet computer;

a backplate supporting the tablet computer and pivotally connected to the frame, the backplate comprising:

backplate magnets for mating with the tablet computer by contact with the tablet computer, the backplate magnets exerting a backplate magnetic retention force on the tablet computer, the backplate magnetic retention force preventing release of the tablet computer from the backplate;

a front receiving member for supporting the tablet computer by contact with the tablet computer front edge, the front receiving member exerting a front receiving member retention force on the tablet computer front edge, the front receiving member retention force on the tablet computer front edge preventing release of the tablet computer from the backplate; and

a backplate bottom edge, the backplate bottom edge being flush with the bottom frame boundary with the tablet keyboard system in the closed position, and

an inverse object system comprising:

an inverse object tab protruding beyond an external boundary of the tablet computer for contact with a thumb of a user; and

an inverse object recession recessed with an internal boundary of the tablet computer for contact with an index finger of the user.

17 . A tablet keyboard system for a creating a laptop experience with a clamshell design, the tablet keyboard system comprising:

a frame comprising:

a frame front edge;

a top frame boundary; and

a bottom frame boundary;

an electronic keyboard housed by the frame;

a tablet computer commutatively coupled with the electronic keyboard, the tablet computer comprising:

a front panel comprising:

a touchscreen display; and

a tablet computer front edge; and

a back panel;

a multitouch trackpad housed by the frame and commutatively coupled with the electronic keyboard and the tablet computer;

a protective case integrated with a backplate, the protective case comprising:

protective case magnets;

a protective case middle housing member;

the backplate supporting the tablet computer and pivotally connected to the frame, the backplate comprising:

backplate magnets for mating with the protective case magnets, the backplate magnets exerting a backplate magnetic retention force on the protective case, the backplate magnetic retention force preventing release of the protective case from the backplate;

a middle protruding member for supporting the tablet computer by contact with the protective case middle housing member, the middle protruding member exerting a middle protruding member retention force on the protective case middle housing member, the middle protruding member retention force preventing release of the protective case from the backplate;

a backplate bottom edge, the backplate bottom edge being flush with the bottom frame boundary when the tablet keyboard system is in a closed position, and the backplate bottom edge being below the bottom frame boundary when the tablet keyboard system is in an open position allowing the tablet keyboard system to pivot the frame front edge in an upwards position creating an angle between the bottom frame boundary and a resting surface of the bottom frame boundary, the angle optimizing an ergonomic typing position for a user; and

an inverse object system comprising:

an inverse object tab protruding beyond an external boundary of the tablet computer for contact with a thumb of the user; and

an inverse object recession recessed with an internal boundary of the tablet computer for contact with an index finger of the user; and

a protective case.

18 . The tablet keyboard system of claim 17 , wherein the protective case magnets comprise:

a protective case upper magnet array, the protective case upper magnet array exerting an upper protective case magnetic retention force on the protective case, the upper protective case magnetic retention force preventing release of the protective case from the backplate; and

a protective case lower magnet array, the protective case lower magnet array exerting a lower protective case magnetic retention force on the protective case, the lower protective case magnetic retention force preventing release of the protective case from the backplate.

19 . The tablet keyboard system of claim 17 , wherein the middle protruding member is embodied in the protective case middle housing member.

20 . The tablet keyboard system of claim 17 , wherein a tablet bottom edge of the tablet computer is below the bottom frame boundary.