Soft cover for tablet PC

1. A support, comprising:

a trapezoidal bottom part including a short parallel side, a long parallel side, and two non-parallel sides;

a trapezoidal top sidewall including a short parallel side, a long parallel side, and two non-parallel sides, the short parallel side of the top sidewall flexibly connected to the short parallel side of the bottom part to form a third ridge folding line and

two triangular sidewalls, each triangular sidewall including an outer side, a first connecting side, and a second connecting side, each first connecting side flexibly connected to a non-parallel side of the top sidewall to form a first ridge folding line, each second connecting side flexibly connected to non-parallel side of the bottom part to form a second ridge folding line, each triangular sidewall including valley folding lines extending from the intersection of the first connecting side and the second connecting side to a point on the outer side; and

wherein the bottom part, the top sidewall, and the two triangular sidewalls are made of one piece of flat member,

wherein the bottom part, the top sidewall, and the two triangular sidewalls form an easel to accept an object; and

wherein a plurality of first fasteners are disposed on the top sidewall and the two triangular sidewalls.

2. The support of claim 1 , wherein the plurality of first fasteners are magnets.

3. The support of claim 1 , wherein

the top sidewall and two triangular sidewalls form a first configuration and a second configuration, and

the short parallel side of the top sidewall flexibly connects to the short parallel side of the bottom part at a first angle in the first configuration and at a second angle in the second configuration to accept the object, and

the first angle is greater than the second angle.

4. The support of claim 1 , further comprising a second fastener on the bottom wherein the second fastener is adapted to connect to the object.

5. The support of claim 4 , wherein the second fastener is pivotally coupled to the object.

6. The support of claim 1 , wherein the plurality of first fasteners include fasteners disposed at each corner of the top sidewall formed by a non-parallel side and the long parallel side, and the corner of each triangular side formed by the first connecting side and the outer side.

7. The support of claim 1 , wherein;

the top sidewall and two triangular sidewalls form a first configuration and a second configuration to accept the object,

the bottom part has a first bottom height in the first configuration and a second bottom height in the second configuration, and

the first bottom height is less than the second bottom height.

8. The support of claim 1 , wherein;

the top sidewall and two triangular sidewalls form a first configuration and a second configuration to accept the object,

the top sidewall has a first top sidewall height in the first configuration and a second top sidewall height in the second configuration, and

the first top sidewall height is greater than the second top sidewall height.

9. The support of claim 1 , wherein the bottom part forms an isosceles trapezoidal shape.

10. A support for an electronic apparatus, comprising:

a flat member having a plurality of ridge folding lines, wherein the plurality of ridge folding lines divide the flat member into a plurality of parts, wherein the plurality of parts are foldable along the plurality of ridge folding lines into an easel to support the electronic apparatus; and

a plurality of first fasteners disposed on the plurality of parts, and

wherein the plurality of parts includes a trapezoidal bottom part including a short parallel side, a long parallel side, and two non-parallel sides, a trapezoidal top sidewall including a short parallel side, a long parallel side, and two non-parallel sides, and two triangular sidewalls, each triangular sidewall including an outer side, a first connecting side, and a second connecting side,

wherein the plurality of ridge folding lines includes two first ridge folding lines, each first ridge folding line located at a connection of a non-parallel side of the top sidewall and a first connecting side of one of the two triangular sidewalls,

wherein the plurality of ridge folding lines includes two second ridge folding lines, each second ridge folding line located at a connection of a non-parallel side of the bottom part and a second connecting side of the two triangular sidewalls, and

wherein the plurality of ridge folding lines includes a third ridge folding line located at a connection of the short parallel side of the bottom part and the short parallel side of the top sidewall.

11. The support for an electronic apparatus of claim 10 , wherein the flat member has a plurality of valley folding lines, wherein the plurality of valley folding lines define a valley when the flat member is folded.

12. The support for an electronic apparatus of claim 10 , wherein the plurality of fasteners include fasteners disposed on corners of the top sidewall formed by the long parallel side and one of the non-parallel sides.

13. The support for an electronic apparatus of claim 10 , further comprising a second fastener wherein the second fastener is pivotally coupled to the electronic apparatus.

14. The support for an electronic apparatus of claim 10 , wherein the plurality of first fasteners are magnets.

15. The support for an electronic apparatus of claim 9 , wherein the plurality of fasteners include fasteners disposed on corners of the two triangular sidewalls formed by the first connecting side and the outer side.

16. The support of claim 10 , wherein the top sidewall forms an isosceles trapezoidal shape.

17. An electronic apparatus, comprising:

an upper housing having a processor and a screen, wherein the screen is coupled to be operable by the processor to display data to a user of the electronic apparatus; and

a cover pivotally coupled to the upper housing, the cover including a flat member having a plurality of ridge folding lines, the plurality of ridge folding lines dividing the flat member into a plurality of parts, the flat member foldable along the plurality of ridge folding lines to form a first configuration or a second configuration to support the upper housing,

wherein the plurality of parts includes a trapezoidal bottom part including a short parallel side, a long parallel side, and two non-parallel sides, a trapezoidal top sidewall including a short parallel side, a long parallel side, and two non-parallel sides, and two triangular sidewalls, each triangular sidewall including an outer side, a first connecting side, and a second connecting side,

wherein the plurality of ridge folding lines includes two first ridge folding lines, each first ridge folding line located at a connection of a non-parallel side of the top sidewall and a first connecting side of one of the two triangular sidewalls,

wherein the plurality of ridge folding lines includes two second ridge folding lines, each second ridge folding line located at a connection of a non-parallel side of the bottom part and a second connecting side of the two triangular sidewalls, and

wherein the plurality of ridge folding lines includes a third ridge folding line located at a connection of the short parallel side of the bottom part and the short parallel side of the top sidewall and

wherein the cover has a plurality of first fasteners at corners of the cover.

18. The electronic apparatus of claim 17 , wherein the cover further comprises valley folding lines, wherein the plurality of valley folding lines define one or more valleys and the plurality of ridge folding lines define one or more ridges in the first configuration or the second configuration.

19. The electronic apparatus of claim 17 , wherein the cover is configured to form an easel to accept the upper housing in the first configuration or the second configuration.

20. The electronic apparatus of claim 17 , wherein the plurality of first fasteners are magnets.