초록 ▼

A collapsible cooler is configured to hold perishable foods, such as freshly killed big game on ice while in the field. The cooler is formed of an outer layer and an inner layer of waterproof nylon fabric with two intermediate layers of heat resistant insulation. In a closed configuration, the coole

A collapsible cooler is configured to hold perishable foods, such as freshly killed big game on ice while in the field. The cooler is formed of an outer layer and an inner layer of waterproof nylon fabric with two intermediate layers of heat resistant insulation. In a closed configuration, the cooler is secured and drawn together via a set or mating series of hook and loop fasteners to form an aperture for exposing the neck and head portion of captured big game. In this configuration, a carcass of the captured game is kept cool and fresh from a surrounding stream of cold air. A natural drain is formed at the base of the cooler to allow for natural flow of fluid from the cooler to a surrounding area.

대표청구항 ▼

A collapsible cooler is configured to hold perishable foods, such as freshly killed big game on ice while in the field. The cooler is formed of an outer layer and an inner layer of waterproof nylon fabric with two intermediate layers of heat resistant insulation. In a closed configuration, the coole

A collapsible cooler is configured to hold perishable foods, such as freshly killed big game on ice while in the field. The cooler is formed of an outer layer and an inner layer of waterproof nylon fabric with two intermediate layers of heat resistant insulation. In a closed configuration, the cooler is secured and drawn together via a set or mating series of hook and loop fasteners to form an aperture for exposing the neck and head portion of captured big game. In this configuration, a carcass of the captured game is kept cool and fresh from a surrounding stream of cold air. A natural drain is formed at the base of the cooler to allow for natural flow of fluid from the cooler to a surrounding area. approximately infinity. 10. The apparatus of claim 7, wherein the ratio of the area of the opening of said first orifice member to the area of the opening of said second orifice member is in the range between approximately 0.5-2.0. 11. The apparatus of claim 4, wherein said first and second hydraulic fluid sampling conduits are comprised of: a shunt conduit having a first end, a second end, and a transfer opening residing between said shunt conduit first and second end; a first orifice member having an inlet and an outlet, said first orifice member outlet being connected to said shunt conduit first end; an outlet manifold having an inlet and at least two outlet openings, said inlet being connected to said shunt conduit second end; a ple