A medical supply case or cabinet is provided having a case body. A first hinged door is providing access to a first compartment residing within the case body. A retaining mechanism has a peg spaced apart from the first hinged door such that the peg may receive an aperture of the first medical item when in a first configuration. When the retaining mechanism is in the second configuration the peg remains disposed through the aperture of the first medical item which is secured between the first hinged door and a securing member. The medical supply case can include a second hinged door that provides access to a second compartment. Additionally, the first hinged door may reside within the second hinged door.

A medical supply case or cabinet is provided having a case body. A first hinged door is providing access to a first compartment residing within the case body. A retaining mechanism has a peg spaced apart from the first hinged door such that the peg may receive an aperture of the first medical item when in a first configuration. When the retaining mechanism is in the second configuration the peg remains disposed through the aperture of the first medical item which is secured between the first hinged door and a securing member. The medical supply case can include a second hinged door that provides access to a second compartment. Additionally, the first hinged door may reside within the second hinged door.

A wearable survival supply kit 100. The wearable survival supply kit 100 includes a survival belt 110. The survival belt 110 includes a belt body 101, and a plurality of holsters 105. The belt body 101 is configured to be fastened around a user's body. The belt body 101 includes a plurality of attachments. The plurality of holsters 105 are configured as a sealed compartment. Each of the plurality of holster is attached to the belt body 101 at one attachment of the plurality of attachments. Each of the plurality of holsters holds one or more modules 104 with one or more items required for survival.

A supply drop assembly for delivering one or more payloads via an aerial vehicle, the assembly comprising a payload body configured to receive a payload; and one or more wings attached to the payload with a connector or integral to the one or more wings; wherein when the supply drop assembly is dropped from the aerial vehicle, the one or more wings start rotating thereby generating lift and slowing the rate of descent of the payload as it falls downwards to a recipient.

A recoil pad with survival module kit provides rifle recoil absorption and also provides peace of mind to a hunter as a means of carrying essential survival components in a compact form in a way which currently is not provided in the art. In a hunting situation in the wilds, the loss of backpacks or other means of carrying a first aid kit can arise. The most important thing a hunter will try to avoid losing is his or her rifle. Thus, the recoil pad with survival module kit will always be available to the hunter if a crucial scenario should occur as long as the hunter retains the rifle. The survival module kit is compressible within the recoil pad and provides the same recoil absorption as currently available recoil pads along with the added convenience of all of the items contained in the survival module kit.

A recoil pad with survival module kit provides rifle recoil absorption and also provides peace of mind to a hunter as a means of carrying essential survival components in a compact form in a way which currently is not provided in the art. In a hunting situation in the wilds, the loss of backpacks or other means of carrying a first aid kit can arise. The most important thing a hunter will try to avoid losing is his or her rifle. Thus, the recoil pad with survival module kit will always be available to the hunter if a crucial scenario should occur as long as the hunter retains the rifle. The survival module kit is compressible within the recoil pad and provides the same recoil absorption as currently available recoil pads along with the added convenience of all of the items contained in the survival module kit.

Disclosed is a first aid kit for wear on a user's personal gear. The first aid kit includes a pouch and an insert placed inside the pouch. The pouch is shaped to prevent catching on objects and includes a set of tabs with a hook and loop fastener, a set of flaps with a hook and loop fastener, and a pair of zippers to the hold the pouch securely closed. A ripcord may be used to release the hook and loop fasteners and open the zippers. A removal strap attached to the insert may be used to withdraw the insert from inside the pouch.

Disclosed is a first aid kit for wear on a user's personal gear. The first aid kit includes a pouch and an insert placed inside the pouch. The pouch is shaped to prevent catching on objects and includes a set of tabs with a hook and loop fastener, a set of flaps with a hook and loop fastener, and a pair of zippers to the hold the pouch securely closed. A ripcord may be used to release the hook and loop fasteners and open the zippers. A removal strap attached to the insert may be used to withdraw the insert from inside the pouch.

A storage container includes a base having a plurality of sections and defining a center chamber and a spinning lid disposed on the base. The spinning lid defines an aperture. An intermediate lid is disposed between the base and the spinning lid. The intermediate lid defines an opening. The center chamber, aperture, and opening are coaxially aligned to define a receptacle.

The present invention provides systems and methods for the decellularization and recellularization of tissue segments. In certain instances the invention comprises coating or sealing decellularized tissue segments with a cross-linked alginate hydrogel. The present invention also provides a decellularization kit, which may be used to generate decellularized tissue segments for high throughput studies. Also included are compositions and methods of tissue sealants comprising methacrylated alginate.