Case for an electronic device
A sandwich construction, integrated multi-layered case for an electronic device is provided herein, including methods of production and protecting an electronic device.
1 . A composite case comprising:
a wall; and
a base comprising:
a shear plate, wherein at least a portion of a front surface of the shear plate is directly connected to the wall, and when an electronic device is housed in the composite case, the front surface of the shear plate is positioned adjacent to a back portion of the electronic device;
a frame formed separate from the shear plate and directly connected with the shear plate; and
a backing layer formed separate from each of the shear plate and the frame and positioned between the shear plate and the frame such that the backing layer and at least a portion of the frame are each in direct contact with a rear surface of the shear plate, wherein at least a portion of a front surface of the backing layer is spaced apart from the wall.
2 . The composite case of claim 1 , wherein the portion of the front surface of the shear plate that is directly connected to the wall comprises a perimetral portion of the front surface of the shear plate.
3 . The composite case of claim 1 , wherein the portion of the front surface of the backing layer spaced apart from the wall comprises a perimetral portion of the front surface of the backing layer.
4 . The composite case of claim 1 , wherein the backing layer is positioned between the shear plate and the frame to form a multi-layer sandwich construction.
5 . The composite case of claim 1 , wherein when the electronic device is housed in the composite case, the wall is adjacent to and at least partially in contact with at least a portion of a perimetral portion of the electronic device.
6 . The composite case of claim 1 , wherein when the electronic device is housed in the composite case, at least one of the shear plate, the frame, and the backing layer wraps at least partially around at least a portion of the electronic device.
7 . The composite case of claim 1 , where the wall comprises four walls that are interconnected at approximately right angles.
8 . The composite case of claim 1 , wherein the wall is comprised of a resilient and impact resistant material, the shear plate and the frame are comprised of substantially rigid material, and the backing layer is comprised of material having a different rigidity than each of the shear plate and the frame.
9 . The composite case of claim 8 , wherein the substantially rigid materials of the shear plate and the frame have different rigidities.
10 . The composite case of claim 8 , wherein the material of the backing layer has a different rigidity than the resilient and impact resistant material of the wall.
11 . The composite case of claim 1 , wherein the shear plate, the backing layer, and the frame are fit together in a structural mating geometry.
12 . The composite case of claim 11 , wherein the structural mating geometry comprises a first mating structure of one or more of the shear plate, the backing layer, and the frame that is adapted to mate with a corresponding second mating structure of one or more of the shear plate, the backing layer, and the frame.
13 . A composite case comprising:
a wall; and
a base formed of a multi-layer sandwich construction, the base comprising:
a shear plate, wherein at least a portion of a first surface of the shear plate is directly connected to the wall, and when an electronic device is housed in the composite case, the first surface of the shear plate is adjacent to a back portion of the electronic device;
a frame formed separate from the shear plate and directly connected with the shear plate; and
a backing layer formed separate from each of the shear plate and the frame and disposed between the shear plate and the frame such that the backing layer and at least a portion of the frame are each in direct contact with a second surface of the shear plate, wherein at least a portion of the backing layer is spaced apart from the wall.
14 . The composite case of claim 13 , wherein the portion of the first surface of the shear plate that is directly connected to the wall comprises a perimetral portion of the first surface of the shear plate.
15 . The composite case of claim 13 , wherein the portion of the backing layer spaced apart from the wall comprises a perimetral portion of the backing layer.
16 . The composite case of claim 13 , wherein when the electronic device is housed in the composite case, the wall is adjacent to and at least partially in contact with at least a portion of a perimetral portion of the electronic device.
17 . The composite case of claim 13 , where the wall comprises four walls that are interconnected at approximately right angles.
18 . The composite case of claim 13 , wherein the shear plate, the backing layer, and the frame are fit together in a structural mating geometry comprising a first mating structure of one or more of the shear plate, the backing layer, and the frame that is adapted to mate with a corresponding second mating structure of one or more of the shear plate, the backing layer, and the frame.
19 . A method of assembling a composite case, the method comprising:
directly connecting at least a portion of a front surface of a shear plate to a wall such that when an electronic device is housed in the composite case, the front surface of the shear plate is adjacent to a back portion of the electronic device;
positioning a backing layer between the shear plate and a frame, such that the backing layer and at least a portion of the frame are each in direct contact with a rear surface of the shear plate and at least a portion of a front surface of the backing layer is spaced apart from the wall, wherein the shear plate, the frame, and the backing layer are formed separate from one another; and
directly connecting the frame with the shear plate.
20 . The method of claim 19 , wherein directly connecting the frame with the shear plate occurs prior to directly connecting at least the portion of the front surface of the shear plate to the wall.