referring now to fig1 , a front elevation view of one embodiment of the present invention is provided herein . more specifically , an electronic device storage case 2 is provided that generally comprises a front panel 4 , a rear panel 6 , a top panel 8 , a bottom panel 10 and opposing side panels 12 positioned between the top panel 8 and the bottom panel 10 . alternatively , the top panel 8 may be removed and the case 2 interconnected along an upper edge of the front panel 4 and rear panel 6 . although generally designed to carry a notebook computer , the electronic device storage case 2 may be used to retain and safely store any type of electronic device that may be fragile and prone to breakage . the electronic device storage case 2 shown in fig1 generally includes one or more openings that allow access to the electronic storage case and insertion and removal of the electronic device . the storage compartment may be selectively accessed with the use of one or more zippers 14 , buckles , or other types of opening mechanisms commonly known in the art . generally , the openings are included in the top panel 8 , but openings may also be positioned in the front panel 4 , rear panel 6 , or within one of the side panels 12 . the electronic storage case 2 may also include a handle 16 and at least one auxiliary storage compartment 18 . the auxiliary storage compartment 18 of one embodiment of the present invention may secure items like address books , compact discs , sunglasses , phones , pdas , and other similar commonly used items . referring now to fig2 and 3 , a front elevation view of one embodiment with the front panel omitted for clarity is provided herein . more specifically , a storage compartment 20 for receipt of an electronic device is provided . the storage compartment 20 is defined by the rear panel 6 that may include a plurality of cushioned ribs 22 emanating therefrom , an internal support panel 24 , and two adjustable restraint members 26 and 28 . the electronic device is thus supported on one surface by the adjustable internal support panel 24 , or another surface by the cushioned ribs 22 , and its left and right sides by the adjustable restraint members 26 and 28 respectively . a portion of the electronic device is also supported by a lower surface of the storage compartment 20 that also provides some impact isolation since it is spaced from the bottom panel 10 of the electronic storage case 2 . the electronic storage case 2 may also include padding 42 in a variety of locations to provide added protection . the internal support panel 24 in one embodiment includes a first fastening member 30 for selective interconnection to a second fastening member 32 interconnected to both adjustable side members 26 and 28 . these fastening members may comprise hook and loop fasteners , such as velcro ® but other fasteners known in the art such as snaps , buckles or latches , etc . may be employed without departing from the scope of the invention . in order to increase at least one dimension of the storage area , a user selectively disconnects the fastening members , transitions the adjustable support panel 24 towards the rear panel 6 of the case 2 to make the storage compartment 20 thinner or transition the internal support panel 24 away from the rear panel 6 to make the storage compartment 20 thicker and re - interconnect the fastening members . the first adjustable restraint member 26 and second adjustable restraint member 28 provide a means for securing the internal support panel 24 and substantially prevent the movement of the stored device in a direction transverse to the thickness of the electronic storage case 2 . thus the dimension of storage area may be selectively adjusted to assure that the electronic device is securely retained to avoid unnecessary movement and to provide the flexibility to store electronic devices with different dimensions . referring now to fig4 and 5 , cross sectional and perspective views of one embodiment of the present invention are shown . more specifically , additional detail regarding the storage compartment is provided within the electronic storage case 2 will be appreciated . the storage compartment 20 is defined by cushioned ribs 22 , the internal support panel 24 , the adjustable restraint members 26 and 28 , and a storage compartment lower surface 34 . this lower surface provides a space between the storage compartment 20 and the bottom panel 10 of the electronic storage case 2 thereby at least partially isolating a stored electronic device 36 from the bottom panel 10 of the case to provide some shock isolation . preferably there is a gap or spacing of at least about 1 inch , and preferably 2 - 3 inches to prevent the electronic device from impacting a solid surface if the storage case 2 is inadvertently dropped . in addition , the adjustable support panel 24 may be hingedly interconnected to a corner defined by the rear panel 6 and the bottom panel 10 of the electronic storage case 2 . one skilled in the art will appreciate that other interconnection methods can be employed to further isolate the electronic device 36 without departing from the scope of the invention . further , the front panel 4 of the case may be interconnected to the side panels of the case 2 by gussets 38 . again , one skilled in the art will appreciate that these gussets 38 may be omitted to allow the front panel 4 to open to a greater extent thereby providing greater access to the interior or the case 2 . although the handle 8 is primarily shown and described herein , other methods of securing the electronic storage case 2 to an individual , such as a strap ( not shown ) may be included that is selectively interconnectable to the electronic storage case 2 via a strap ring 40 . while various embodiments of the present invention have been described in detail , it is apparent that modifications and variations of those embodiments will occur to those skilled in the art . however , it is to be expressly understood that such modifications are within the scope and spirit of the present invention .
a carrying case with an internal suspension system is provided to reduce acceleration , shock , and the vibrational loads on an electronic device , and which is selectively adjustable to accommodate electronic devices of varying sizes .