Tablet case with spring-loaded slideable bracket

1. A viewing device case comprising:

a base;

a cover that fits over the base so that the case can be closed around an electronic display viewing device after the electronic display viewing device is inserted into the case; and

at least one spring-loaded slide-able bracket that engages the electronic display viewing device that is inserted into the case, and that moves the electronic display viewing device that is inserted into the case into a viewing position within the case;

wherein the cover defines an opening through which the electronic display viewing device, that is inserted into the case, can be viewed and touched by the user, when the at least one spring-loaded slide-able bracket moves the electronic display viewing device into the viewing position and the case is closed around the electronic display viewing device;

wherein the at least one spring-loaded slide-able bracket is slide-able in a first direction relative to the base and in a second direction, relative to the base, that is directly opposite the first direction;

wherein the at least one spring-loaded slide-able bracket comprises first and second tabs that are in direct engagement with the electronic display viewing device that is inserted into the case;

wherein the first tab is oriented at a first angle relative to the first direction;

wherein the second tab is oriented at a second angle relative to the first direction; and

wherein, in order to center the opening over the electronic display viewing device that is inserted into the case, the first and second angles are selected to automatically move the electronic display viewing device, that is inserted into the case, in a direction with a component perpendicular to the first direction when the at least one spring-loaded slide-able bracket moves the electronic display viewing device, that is inserted into the case, into the viewing position.

2. The viewing device case as in claim 1 wherein the case further comprises a hinge that rotatably attaches the cover to the base.

3. The viewing device case as in claim 1 , wherein the case comprises at least one fixed stop against which the at least one spring-loaded slide-able bracket moves the electronic display viewing device, that is inserted into the case, when the at least one spring-loaded slide-able bracket moves the electronic display viewing device into the viewing position.

4. The viewing device case as in claim 1 , wherein the first and second angles are of equal angular magnitude but are measured in opposite angular directions from the first direction.

5. The viewing device case as in claim 1 , wherein the at least one spring-loaded slide-able bracket comprises:

first and second spring-loaded slide-able brackets; and

first and second springs;

the first spring being operationally connected to the first bracket to create a force on the first bracket in the first direction, when the first spring is compressed; and

the second spring being operationally connected to the second bracket to create a force on the second bracket in the second direction, when the second spring is compressed.

6. The viewing device case as in claim 5 , wherein

the first bracket comprises the first and second tabs;

the second bracket comprises third and fourth tabs that are in direct engagement with the electronic display viewing device that is inserted into the case;

the third tab is oriented at a third angle relative to the first direction;

the fourth tab is oriented at a fourth angle relative to the first direction; and

in order to center the opening over the electronic display viewing device that is inserted into the case, the third and fourth angles are selected to automatically move the electronic display viewing device, that is inserted into the case, in a direction with a component perpendicular to the first direction when the second bracket moves the electronic display viewing device, that is inserted into the case, into the viewing position.

7. The viewing device case as in claim 6 , wherein

the first and second angles are of equal angular magnitude but are measured in opposite angular directions from the first direction; and

the third and fourth angles are of equal angular magnitude but are measured in opposite angular directions from the first direction.

8. The viewing device case as in claim 1 , wherein the at least one spring-loaded slide-able bracket comprises:

first and second spring-loaded slide-able brackets; and

first and second springs;

the first spring being operationally connected to the first bracket to create a force on the first bracket in the first direction, when the first spring is compressed;

the second spring being operationally connected to the second bracket to create a force on the second bracket in the first direction, when the second spring is compressed;

the first bracket comprising the first tab; and

the second bracket comprising the second tab.

9. The viewing device case as in claim 8 , wherein the first and second angles are of equal angular magnitude but are measured in opposite angular directions from the first direction.

10. The viewing device case as in claim 1 , wherein the at least one spring-loaded slide-able bracket comprises:

first, second, third and fourth spring-loaded slide-able brackets;

first, second, third and fourth springs;

the first spring being operationally connected to the first bracket to create a force on the first bracket in the first direction, when the first spring is compressed;

the second spring being operationally connected to the second bracket to create a force on the second bracket in the first direction, when the second spring is compressed;

the third spring being operationally connected to the third bracket to create a force on the third bracket in the second direction, when the third spring is compressed; and

the fourth spring being operationally connected to the fourth bracket to create a force on the fourth bracket in the second direction, when the fourth spring is compressed.

11. The viewing device case as in claim 10 , wherein

the first bracket comprises the first tab;

the second bracket comprises the second tab;

the third bracket comprises a third tab that is oriented at a third angle relative to the first direction;

the fourth bracket comprises a fourth tab that is oriented at a fourth angle relative to the first direction;

the third and fourth tabs that are in direct engagement with the electronic display viewing device that is inserted into the case; and

in order to center the opening over the electronic display viewing device that is inserted into the case, the third and fourth angles are selected to automatically move the electronic display viewing device, that is inserted into the case, in a direction with a component perpendicular to the first direction when the third and fourth brackets move the electronic display viewing device, that is inserted into the case, into the viewing position.

12. The viewing device case as in claim 11 , wherein

the first and second angles are of equal angular magnitude but are measured in opposite angular directions from the first direction; and

the third and fourth angles are of equal angular magnitude but are measured in opposite directions from the first direction.

13. The viewing device case as in claim 1 wherein the case further comprises a lock for securing the cover in a closed position relative to the base.

14. The viewing device case as in claim 1 , wherein the at least one spring-loaded slide-able bracket comprises at least one dimple that reduces friction when the at least one spring-loaded slide-able bracket moves relative to the base.

15. The viewing device case as in claim 1 , further comprising:

a retainer bracket;

wherein the at least one spring-loaded slide-able bracket comprises at least one spring that creates a force on the at least one spring-loaded slide-able bracket when the at least one spring is compressed; and

wherein the retainer bracket retains the at least one spring and the at least one spring-loaded slide-able bracket against the base.

16. A combination comprising:

a viewing device case as in claim 1 ;

and a stand for supporting the viewing device case.

17. The combination as in claim 16 , the combination further comprising a swivel mount that attaches the viewing device case to the stand, and that permits adjustment of the orientation of the viewing device case relative to the stand.

18. A viewing device case comprising:

a base;

a cover that can be opened and closed over the base, and can be secured in a closed position relative to the base;

the cover defining an opening through which an electronic display viewing device, that is inserted into the case, can be viewed and touched by a user when the cover is closed over the base; and

a self-centering means for automatically centering, under the opening, the electronic display viewing device that is inserted into the case.