Device mount for an inflatable structure
An inflatable structure mount is used for mounting a device to an inflatable structure. An example is mounting of radar panels to an inflatable structure within an airship. The mount includes the device, and inserts coupled to the back side of the device, which mechanically couple to flexures mounted on the inflatable structure. Some of the flexures may have slotted holes, used in positioning the inserts on the inflatable structure at positions that will allow the flexures to mate with the inserts. A jig or tool may be used as part of the installation process, to locate the flexures at points where they will properly engage the inserts. The flexures may also each face a center point that is underneath the device to be mounted. The flexures may engage the inserts in ways that allow for quick installation and de-installation of devices, and may allow for visual inspection of proper installation.
1. A mount for an inflatable structure, the mount comprising:
a device to be mounted;
inserts coupled to a back side of the device; and
flexures having respective blades capable of being inserted into the inserts and having respective bases with respective sets of mounting holes, the mounting holes of some of the flexures having at least one of different size or different shape than the mounting holes of other of the flexures;
wherein the flexures are capable of being mechanically coupled to the inserts and the inflatable structure when the device is mounted on the inflatable structure; and
wherein the flexures are capable of being mounted to mounting blocks on the inflatable structure when the device is mounted on the inflatable structure.
2. The mount of claim 1 ,
wherein the flexures include a first flexure having a first base with a first set of round mounting holes, and a second flexure having a second base with a second set of round mounting holes; and
wherein the round mounting holes of the second set are oversized mounting holes having a larger diameter than the round mounting holes of the first set.
3. The mount of claim 2 ,
wherein the flexures also include a third flexure having a third base with a third set of mounting holes; and
wherein the mounting holes of the third set are slotted mounting holes allowing for more variability in positioning in a first direction, than in a second direction that is orthogonal to the first direction.
4. The mount of claim 3 , wherein the orientations of the slotted mounting holes are substantially parallel to each other.
5. The mount of claim 3 ,
wherein the flexures also include a fourth flexure having a fourth base with a fourth set of mounting holes; and
wherein the fourth set of mounting holes are substantially identical to the second set of mounting holes.
6. The mount of claim 5 , wherein the flexures are arranged in a rectangular configuration, with the first flexure and the third flexure along a first diagonal of the configuration, and the second flexure and the fourth flexure along a second diagonal of the configuration.
7. The mount of claim 1 ,
in combination with the mounting blocks;
wherein the bases of the flexures are mounted to the mounting blocks.
8. The combination of claim 7 , further comprising threaded fasteners for passing through the mounting holes to secure the flexures to the mounting blocks.
9. A mount for an inflatable structure, the mount comprising:
a device to be mounted;
inserts coupled to a back side of the device; and
flexures having respective blades inserted into the inserts to releasably couple the flexures and the inserts;
wherein the flexures are capable of being mechanically coupled to the inserts and the inflatable structure when the device is mounted on the inflatable structure; and
wherein the inserts have respective releasable locking levers.
10. The mount of claim 9 , wherein locking levers have holes therein for securing a release string or other device, for remotely releasing the locking levers.