Packaging sleeve for medical purposes for storing sterile objects (25, 45), consisting of at least one outer sleeve (2) that is open at one end and can be sealed with a sealing closure (10) and has an inner sleeve (12) accommodated in it with a clamping effect, wherein the inner sleeve (12) is accommodated in a clamping seating in a receiving opening (15) in the sealing closure (10) on the bottom side of the outer sleeve (2) and the clamping seat thereby formed presses the sealing ribs (7, 55, 56, 59) arranged on the outside circumference of the sealing closure (10) against the inside of the outer sleeve (2) under increased contact pressure (FIG. 1).

Packaging sleeve for medical purposes for storing sterile objects (25, 45), consisting of at least one outer sleeve (2) that is open at one end and can be sealed with a sealing closure (10) and has an inner sleeve (12) accommodated in it with a clamping effect, wherein the inner sleeve (12) is accommodated in a clamping seating in a receiving opening (15) in the sealing closure (10) on the bottom side of the outer sleeve (2) and the clamping seat thereby formed presses the sealing ribs (7, 55, 56, 59) arranged on the outside circumference of the sealing closure (10) against the inside of the outer sleeve (2) under increased contact pressure (FIG. 1).

An inflatable pouch includes a bladder formed from an inflatable web and an outer skin formed from a film. The bladder includes a bladder pouch that includes a bottom portion at a folded edge of the inflatable web, front and back portions on either side of the folded edge, and sides where the front and back portions are sealed to each other. The outer skin includes an outer skin pouch that includes a bottom portion at a folded edge of the film, front and back portions on either side of the folded edge, and sides where the front and back portions are attached to each other. The bladder is attached to the outer skin at a tack area such that the sides of the bladder pouch and the outer skin pouch are not directly attached to the sides of the outer skin pouch.

Provided are: a package that is capable of transporting a composite material without generating fluff by suppressing shedding of carbon fibers from the composite material while holding the composite material at a fixed position during transportation; and a method for manufacturing the package. This package is prepared by stacking a composite material in the form of a plurality of plates on a mounting stand having a plurality of fitting holes, wherein: the composite material includes carbon fibers and a thermoplastic resin; the composite material is held by a plurality of holding members detachably attached to the fitting holes; of the contact surfaces of the composite material and the holding members, one of the contact surfaces of either the composite material or the holding members is curved, and the other contact surface is flat or curved.

Provided are: a package that is capable of transporting a composite material without generating fluff by suppressing shedding of carbon fibers from the composite material while holding the composite material at a fixed position during transportation; and a method for manufacturing the package. This package is prepared by stacking a composite material in the form of a plurality of plates on a mounting stand having a plurality of fitting holes, wherein: the composite material includes carbon fibers and a thermoplastic resin; the composite material is held by a plurality of holding members detachably attached to the fitting holes; of the contact surfaces of the composite material and the holding members, one of the contact surfaces of either the composite material or the holding members is curved, and the other contact surface is flat or curved.

A method of loading a flexible enclosure, and the flexible enclosure. The enclosure has a floor, a sealable port, and a top enclosure. The top enclosure has an opening that is sealingly closable with an airtight closure. The method includes the steps of selecting a parking location for the enclosure, and positioning the enclosure over the parking location. Equipment, such as a vehicle is loaded in the enclosure. The enclosure is sealed, and the internal atmosphere of the enclosure is modified, such as lowering the oxygen content of the interior atmosphere.

A method of loading a flexible enclosure, and the flexible enclosure. The enclosure has a floor, a sealable port, and a top enclosure. The top enclosure has an opening that is sealingly closable with an airtight closure. The method includes the steps of selecting a parking location for the enclosure, and positioning the enclosure over the parking location. Equipment, such as a vehicle is loaded in the enclosure. The enclosure is sealed, and the internal atmosphere of the enclosure is modified, such as lowering the oxygen content of the interior atmosphere.

A bar clamp formed into a hook shape to facilitate securing products such as works of art on a cloth material stretched over a stretcher bar system to a transport structure (e.g. crate or travel frame) for safe transport or storage. The bar clamp typically has 2 bends in one end, making a hook shape, to receive the interior edge of the stretcher, and an attachment mechanism at the opposite end for attaching by means of fasteners to the enclosed structure (e.g. crate or travel frame).

Various embodiments of the present disclosure provide an improved edge protector having two plies wrapped around a core and a method of manufacturing the improved edge protector.

Packaging sleeve for medical purposes for storing sterile objects (25, 45), consisting of at least one outer sleeve (2) that is open at one end and can be sealed with a sealing closure (10) and has an inner sleeve (12) accommodated in it with a clamping effect, wherein the inner sleeve (12) is accommodated in a clamping seating in a receiving opening (15) in the sealing closure (10) on the bottom side of the outer sleeve (2) and the clamping seat thereby formed presses the sealing ribs (7, 55, 56, 59) arranged on the outside circumference of the sealing closure (10) against the inside of the outer sleeve (2) under increased contact pressure (FIG. 1).