Abstract: A storage container for storing a device containing energetic material may include a metal wall. A venting window may be disposed in the metal wall. The venting window may include a plurality of metal supports that define a plurality of openings therebetween. An ionomer material may cover the plurality of openings. The ionomer material may have a melting temperature lower than an ignition temperature of the energetic material in the device.

Abstract: A computer-implemented method includes providing to a user access, via an electronic network, to a memory device on which are stored listings of parcels of real property. A selection of a set of the stored listings is received from the user via the electronic network. In response to receiving the selection, at least a portion of a first itinerary is generated including an indication of at least one time at which the user will receive permitted physical access to at least one parcel of real property associated with the selected set of stored listings. The first itinerary is then provided to the user.

Abstract: An IM type steel cartridge whose base contains a central bore there through—within which bore is a steel base plug holding a primer cup, the base plug being held in place by a low melt, 220 to 250 degree F. melt eutectic solder—wherein, if the cartridge is subjected to an unforeseen thermal or kinetic event, the solder will melt, the base plug ejected, and the propellant will vent rather than explode. The solder bond between the base plug and the cartridge case within which it is held is capable of resisting the from about 72,000, to up to 90,000 psi, force generated within the firing chamber of the weapon by the ignition and firing of the cartridge.

Abstract: To hinder activation caused by unplanned stimuli, a munition may include first and second discrete, separable parts. The first and second parts may include interlocking components to prevent relative axial translation of the first and second parts. The first and second parts may be torsionally biased in opposite directions. A binder with a low melting temperature may fix the first and second parts together to prevent the torsional bias from rotating the first and second parts in the opposite directions. When the binder melts, the torsional bias may cause the first part to rotate with respect to the second part. Relative rotation of the first and second parts may allow relative axial translation of the first and second parts.

Abstract: An improved 25 mm linked cartridge IM ammunition storage system, using existing ammunition cans, that simplifies the design of the storage system, and utilizes standoffs to separate the base of each cartridge from the ends of the ammunition can—thereby allowing the cartridges base IM venting system to vent properly, avoiding pressure build-up, and reducing the risk of explosion or detonation of the propellant.

Abstract: A container for an ammunition cartridge having a conical forward portion includes a generally cylindrical cap having a closed end and an open end; a generally cylindrical main body having a closed end, an open end and a wall, a thickness of the wall at the open end decreasing from a larger thickness to a smaller thickness to form a taper on an exterior surface of the wall; a latch assembly disposed in part on the cap and in part on the main body to lock the cap and the main body in position; a first gasket disposed in the cap; a second gasket disposed around the taper of the main body; a cartridge support disposed inside the main body; a pair of bosses disposed on the main body and axially separated; and a strap connecting the bosses and comprising a middle portion and two end portions, whereby when a load is applied to the middle portion the end portions are forced against the bosses.

Abstract: A composite monopack container for mortar ammunition is lightweight, universally adaptable to all existing ammunition types, is capable of fully protecting ammunition without the need of a metal overpack, and is relatively inexpensive to produce, maintain and dispose. The container is also fully back-compatible enables a quicker ammunition re-supply and greater ammunition availability on the battlefield. The monopack container comprises a cap, a main body, a latch assembly that locks the cap and the main body, a pair of alignment features that mate with two corresponding alignment channels on the main body, and three stacking indices that prevent the container from rolling, and that make it stackable with other composite containers.