Protective case having modular components
A protective case for a mobile device such as a tablet computer is disclosed that includes modular components that can be mixed and matched by the user at the point of purchase to facilitate creation of a user customizable look. The case includes a shell that is configured to retain the tablet device and a front cover that is configured to protect and conceal the screen of the tablet when the case is in the closed position. When the assembled case is in the open position and the tablet is retained within the shell, the cover is configured to stand the shell up on edge. The shell and front cover can be reversibly attached to one another by the user, so that the user can select a shell of one color, material, design, or style and a front cover of another color, material, design or style. Retention tab and slot are employed to reversibly lock the front cover to the shell to form a seamless integrated multi use mode case.
1. A method of assembling a plurality of protective cases, wherein each of the plurality of protective cases is configured to reversibly receive and retain an electronic device, said electronic device having a back face and a front face and a touchscreen on its front face, said method comprising:
providing multiple shell components, wherein each of the shell components is configured to receive and retain the electronic device, and each of the shell components includes a back wall that has a front side and a back side and hawing a retention slot that extends through the back side of the shell to the front side of the shell, wherein an opening of the retention slot is defined on a first longitudinally extending side by a first portion of the back wall and on an opposing second longitudinally extending side by a second portion of the back wall; and
providing multiple front covers, wherein each of the front covers is configured to be detachably connectable to the back wall of one of the multiple shell components through the opening of the slot therein via a retention tab located at an end section of the front cover;
wherein the multiple shell components have different external appearances relative to one another and wherein the multiple front covers have different external appearances relative to one another.
2. The method of claim 1 , wherein each retention tab is adapted to be reversibly inserted into each retention slot and reversibly locked into position and supported on the front side of each shell and thereby assemble a protective case comprising the connected components.
3. The method of claim 1 , wherein each retention tab comprises a first tab region and a second tab region, and wherein each retention tab is connected between the first and second tab regions.
4. The method of claim 3 , wherein each retention tab is adapted to be reversibly inserted into each retention slot and reversibly locked into position and supported on the front side of each shell at the first tab region by the first portion of the back wall and at the second tab region by the second portion of the back wall.
5. The method of claim 1 , each of the front covers is capable of pivoting relative to each of the shell components at the opening when each of the plurality of protective cases is assembled.
6. The method of claim 1 , wherein each of the shell components is generally in the form of a rectangle.
7. The method of claim 1 , wherein the slot is dimensioned to be defined completely internal to the perimeter of the shell.
8. The method of claim 1 , wherein the back side of each of the shell components includes a recessed region that extends from the opening to a perimeter end region of one side of the shell.
9. The method of claim 1 , wherein each of the shell components is relatively more rigid than any one of the front covers.
10. The method of claim 1 , wherein a first one of the plurality of protective cases comprises a first one of the multiple shell components and a second one of the plurality of protective cases comprises a second one of the multiple shell components, and wherein the first one of the multiple shell components is different from the second one of the multiple shell components.
11. The method of claim 1 , wherein a first one of the plurality of protective cases comprises a first one of the multiple front covers and a second one of the plurality of protective cases comprises a second one of the multiple front covers, and wherein the first one of the multiple front covers is different from the second one of the multiple front covers.
12. A protective case system for providing a variety of protective cases, wherein each of the variety of protective cases is configured to reversibly receive and retain an electronic device, said electronic device having a back face and a front face and a touchscreen on its front face, said protective case system comprising:
a plurality of shell components, wherein each of the plurality of shell components is configured to receive and retain the electronic device, and each of the plurality of shell components includes a back wall that has a front side and a back side and has a retention slot that extends through the back side to the front side, wherein an opening of the retention slot is defined on a first longitudinally extending side by a first portion of the back wall and on an opposing second longitudinally extending side by a second portion of the back wall; and
a plurality of front covers, wherein each of the plurality of front covers is configured to be detachably connectable to the back wall of one of the plurality of shell components through the slot opening therein via a retention tab located at an end section of the front cover;
wherein the plurality of shell components have a variety of external appearances and wherein the plurality of front covers have a variety of external appearances.
13. The protective case system of claim 12 , wherein each retention tab is adapted to being reversibly inserted into each retention slot and reversibly locked into position and supported on the front side of each shell and thereby assemble a protective case comprising of the connected components.
14. The protective case system of claim 12 , wherein each retention tab comprises a first tab region and a second tab region, and wherein each retention tab is connected between the first and second tab regions.
15. The protective case system of claim 14 , wherein each retention tab is adapted to being reversibly inserted into each retention slot and reversibly locked into position and supported on the front side of each shell at the first tab region by the first portion of the back wall and at the second tab region by the second portion of the back wall.
16. The protective case system of claim 12 , wherein each of the front covers is capable of pivoting relative to each of the shell components at the opening when each of the plurality of protective cases is assembled.
17. The protective case system of claim 12 , wherein each of the shell components is generally in the form of a rectangle.
18. The protective case system of claim 12 , wherein the slot is dimensioned to be defined completely internal to the perimeter of the shell.
19. The protective case system of claim 12 , wherein the back side of each of the shell components includes a recessed region that extends from the opening to a perimeter end region of one side of the shell.
20. The protective case system of claim 12 , wherein each of the shell components is relatively more rigid than any one of the front covers.