Airdrop delivery system for water and fire making supplies
Abstract
An airdrop package for fuel and water is disclosed. A plurality of hollow cylinders are made of combustible firelog material. Closed water container nested within at least some of the plurality of hollow cylinders. The airdrop package for the plurality of hollow cylinders has a plurality of interconnected flexible walls. The interconnected flexible walls are atop an energy absorbing base. The flexible walls define an array of compartments. The compartments are dimensioned to snugly contain at least one of the hollow cylinders. The base and flexible walls absorb energy upon ground impact of the airdrop package.
Claims
exact text as granted — not AI-modified1 . An airdrop-energy absorption package for water delivery comprising:
a plurality of hollow cylinders; closed water containers nested within at least some of the plurality of hollow cylinders; and an airdrop packaging for the plurality of hollow cylinders comprising; a plurality of interconnected airdrop-energy absorbing flexible walls absorbing energy upon ground impact of the airdrop package; and an airdrop-energy absorbing base.
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9 . The airdrop-energy absorption package of claim 1 , wherein the interconnected flexible walls are made of corrugated cardboard.
10 . The airdrop-energy absorption package of claim 1 , wherein the interconnected flexible walls are made of waxed cardboard.
11 . The airdrop-energy absorption package of claim 1 ; wherein the interconnected flexible walls form a lattice with regularly spaced compartments.
12 . The airdrop-energy absorption package of claim 1 ; wherein one or more water containers are disposed within each of one or more of the compartments.
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14 . An airdrop-energy absorption package for water delivery comprising:
a matrix of semi-rigid material comprising at least one of honeycomb-like interstice; each said interstice configured to absorb an impact energy; and a plurality of hollow cylinders nested within the interstices, the cylinders closable on opposed ends and having a water container nested therein.
15 . The airdrop-energy absorption package of claim 14 ; wherein the hollow cylinders are round in cross-section in order to roll to absorb energy if released from the matrix of semi-rigid material upon a ground impact.
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18 . The airdrop airdrop-energy absorption package of claim 14 further comprising
a banding on the outside of the box that at least partially retains the hollow cylinders upon a ground impact.
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20 . (canceled)Join the waitlist — get patent alerts
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