fig1 of the drawings depicts the mounting bracket of the present invention , which , for the purposes of example , is utilized to mount an internal component , such as a disk drive , within the chassis or housing of an electronic device , such as a computer , at a predetermined height in the housing . the bracket includes a rectangular plate 10 having two legs 12 and 14 extending from the upper surface of the plate , as viewed in fig1 and two legs 16 and 18 extending from the lower surface of the plate . the legs 12 and 16 extend from one side marginal portion of the plate 10 and the legs 14 and 18 extend from the other side marginal portion thereof . according to a preferred embodiment , the legs 12 , 14 , 16 and 18 are formed integrally with the plate 10 by cutting and bending the opposite side marginal portions of the plate 10 as follows . the legs 12 and 16 are formed by cutting a side marginal portion of the plate 10 along a line l1 which extends in a direction perpendicular to the side edge of the plate , to divide the marginal portion into two sections . one of these sections is bent upwardly , as viewed in fig1 so that it extends from the upper plate surface and the other section is bent downwardly so that it extends from the lower plate surface . the sections thus formed are trimmed by cutting away portions of these sections to form the legs 12 and 16 with the trimming being such that the leg 16 has a greater &# 34 ; height &# 34 ;, or distance from its free end to the plate 10 , than that of the leg 12 , for reasons to be described . the legs 14 and 18 are formed in essentially the same manner , with the leg 14 extending from the upper plate surface and the leg 18 extending from the lower plate surface . the leg 14 is trimmed to the same height as the leg 12 and the leg 18 is trimmed to the same height as the leg 16 . the aforementioned trimming is such that the width of each leg 12 , 16 and 18 tapers toward its free end portion so that the latter portion is of a lesser width than that of the base portion . the free end portions of the legs 12 , 14 , 16 and 18 , are bent inwardly to form tabs , or &# 34 ; feet &# 34 ;, 12a , 14a , 16a and 18a , respectively , which extend perpendicular to their respective legs for reasons to be described . a mounting flange 20 extends from the front edge portion of the plate 10 , downwardly from the plate as viewed in fig1 and perpendicular to the plate . a pair of spaced openings , 20a and 20b , extend through the flange 20 for reasons to be described . according to a preferred embodiment , the flange 20 is formed integrally with the plate 10 by bending the front marginal portion of the plate downwardly . a plurality of mounting holes 10a extend through the plate 10 for receiving bolts , fasteners or like which extend into the component to be mounted to secure the component to the plate . fig2 depicts the mounting bracket of fig1 shown connected between a bottom plate , or floor , 30 and a horizontal top plate 32 of a housing of an electronic device , such as a computer . the bottom plate 30 is provided with two spaced , longitudially extending flanges , or tabs , 30a and 30b , each of which define a elongated channel for receiving the tabs 18a and 16a , of the legs 18 and 16 , respectively . although not clear from the drawings , it is understood that the openings 20a and 20b of the mounting flange 20 receive bolts , fasteners or the like to secure the flange 20 to an upright wall ( not shown ) of the above - mentioned housing which extends perpendicular to the bottom plate 30 and the top plate 32 . as also shown in fig2 a component of a standard , predetermined height , such as a floppy disk drive 34 , is mounted on the upper surface of the plate 10 by a plurality of fasteners 36 extending through the openings 10a in the plate and into appropriately formed openings in the disk drive 34 . in the mounted position shown , the plate 10 and the upright legs 12 and 14 form a receptacle for the disk drive 34 which extends between the legs 12 and 14 and in abuttment with the inner wall of the leg 14 so that the tab 14a extends over the upper surface of the disk drive . thus , precise vertical and lateral alignment of the disk drive 34 relative to the housing is insured to enable the disk drive to align with a slot ( not shown ) in the housing to permit user access to the disc drive . fig3 depicts the bracket of the present invention in the same position as that of fig2 but receiving a component , such as a hard disk drive 36 , which has a greater height than the disk drive 34 of fig2 . it is noted that in this mode , the upper surface of the disk drive 36 projects slightly above the tabs 12a and 14a of the legs 12 and 14 , respectively , and is spaced slightly below the top plate 32 of the housing . since it is contemplated that the disk drive 36 would not need to be user - accessable through a slot in the housing , it can be shifted slightly to the right from the position of the disk drive 34 to a position where it clears the tab 14a and is centered between the legs 12 and 14 . it can be appreciated from a view of fig3 that it would be impossible to accommodate internal components such as a disk drive of a height much greater than the height of the disk drive 36 due to the limited vertical clearance between the upper surface of the disk drive and the top plate 32 of the housing . however , with the bracket of the present invention components of a greater height can be accomodated . to this end , and with reference to fig1 the device of the present invention is reversed by rotating it about a horizontal axis a -- a for 180 degrees , to the position shown in fig4 and 5 . in this latter position , the shorter legs 12 and 14 extend below the plate 10 with their tabs 12a and 14a engaging the tabs 30a and 30b , respectively , of the bottom plate 30 of the housing . the legs 16 and 18 extend upwardly from the plate member 10 to form a receptacle for another component , such as a disk drive 38 , which has a greater height than the disk drive 36 of fig3 . in the embodiment of fig4 and 5 , the flange 20 is also mounted to the corresponding wall of the housing by inserting fasteners through the mounting holes 20a and 20b . in this position , the disk drive 38 can be mounted on the plate member 10 by the fasteners 36 and can be of a greater height than that of the disk drives 34 and 36 and yet be accommodated within the limited vertical space between the bottom plate 30 and the top plate 32 . it is noted that the &# 34 ; footprint &# 34 ; of the tabs 16a and 18a on the bottom plate 30 in the reversed position of fig4 is the same as the footprint of the tabs 12a and 14a in the position of fig1 so that the tabs 30a and 30b will accommodate both sets oof tabs . also , the mounting holes 20a and 20b of the mounting flange 20 are located at the same elevation in both the position of fig1 - 3 and the position of fig4 and 5 , since they are spaced equal vertical distances from the tabs 12a and 14a on the one hand , and the tabs 16a and 18a on the other hand . in designing the mounting bracket of the present invention , the length of the shorter legs 12 and 14 are determined in the following manner . when the bracket is in the position of fig2 the legs 12 and 14 should be long enough so that the tab 14a of the leg 14 extends in close engagement with the upper surface of the standard disk drive 34 as shown , yet should be short enough so that a disk drive 38 of an increased height can be accommodated when the bracket is turned over to the position of fig4 and 5 . thus , the bracket of present invention , in its normal upright position , enables a standard floppy disc drive , or similar component , to be mounted at a precise , predetermined height in the housing , yet can be reversed to accomodate a component , such as a hard disc device , of a greater height which , if mounted in the upright position of the bracket , would exceed the height of the housing . fig6 depicts two brackets of the present invention positioned to accommodate two components such as the disk drive 34 of fig2 and the disk drive 36 of fig3 . as shown , the brackets of the present invention are placed in a closely abutting , side - by - side arrangement with the legs 18 and 14 of one bracket extending adjacent to , and in abuttment with , the legs 12 and 16 of the adjacent bracket . of course it is understood that one bracket can be mounted in the position shown in fig6 while the other can be rotated to the position shown in fig4 and 5 to accommodate the relatively tall disk drive 38 . in either case , an extra set of tabs 30a and 30b would be provided on the bottom plate 30 of the housing . it is understood that several variations may be made on the foregoing without departing from the scope of the invention . for example , the present invention is not limited to two legs extending from each surface of the plate . also , although the bracket of the present invention is shown and described as being connected to the housing by connecting the mounting flange to a wall of the housing and by connecting the legs to the floor of the housing , it is understood that only one such connection can be used within the scope of the invention . other modifications , changes and substitutions are intended in the foregoing disclosure and in some instances some features of the invention will be employed without a corresponding use of other features . accordingly , it is appropriate that the pending claims be construed broadly and in a manner consistent with the scope of the invention .