Provided is a package body for ceramic separation membranes, comprising: a packaging box which stores a plurality of ceramic separation membranes in parallel in a width direction and a height direction; and a plurality of partition packs, wherein each of the partition packs has a thickness equal to or larger than a thickness of each of the ceramic separation membranes, and has a plurality of storing parts, with intervals therebetween in the width direction, which are through holes of a size including a projection shape of the ceramic separation membrane, and the packaging box stores at least two kinds of the partition packs stacked in the height direction with the plurality of storing parts arranged in the width direction in a staggered manner.

Resealable packages having a pressure sensitive adhesive (PSA) layer that is fully integrated into the packaging film and a removable portion easily accessed by a peel tab at the edge of the package, adjacent to a score. Removal of a portion of the package exposes the pressure sensitive adhesive layer and allows for access to the product in the package interior. The package is easily resealed by folding the exposed pressure sensitive adhesive layer to adhere to the outer surface of the package.

Resealable packages having a pressure sensitive adhesive (PSA) layer that is fully integrated into the packaging film and a removable portion easily accessed by a peel tab at the edge of the package, adjacent to a score. Removal of a portion of the package exposes the pressure sensitive adhesive layer and allows for access to the product in the package interior. The package is easily resealed by folding the exposed pressure sensitive adhesive layer to adhere to the outer surface of the package.

A packaging subassembly for containing at least one foodstuff item. The packaging subassembly includes at least one foodstuff item container and foodstuff-containing packaging portion. The foodstuff-containing packaging portion supports the at least one foodstuff item container. The foodstuff-containing packaging portion includes an illuminator having one or more light sources that is configured to produce light for illuminating the at least one foodstuff item container. A packaging assembly is also disclosed. A method is also disclosed.

A packaging subassembly for containing at least one foodstuff item. The packaging subassembly includes at least one foodstuff item container and foodstuff-containing packaging portion. The foodstuff-containing packaging portion supports the at least one foodstuff item container. The foodstuff-containing packaging portion includes an illuminator having one or more light sources that is configured to produce light for illuminating the at least one foodstuff item container. A packaging assembly is also disclosed. A method is also disclosed.

A product allows gaseous manufacturing by-products to be vented from the inside a sealed package tray. An exemplary method for packaging a device includes sealing the device inside a package tray with a gas-permeable sealing material, resulting in a sealed package tray. The sealing material allows volatile substances to vent from inside the sealed package tray to outside the sealed package tray.

A product allows gaseous manufacturing by-products to be vented from the inside a sealed package tray. An exemplary method for packaging a device includes sealing the device inside a package tray with a gas-permeable sealing material, resulting in a sealed package tray. The sealing material allows volatile substances to vent from inside the sealed package tray to outside the sealed package tray.

A packing member for an electronic device includes a packing box for accommodating the electronic device, an accommodating container for accommodating an article packed together with the electronic device, and a cushioning material, including a recessed accommodating portion for accommodating the accommodating container, for holding the electronic device in a state in which the cushioning material is provided between an inner wall of the packing box and the electronic device and in which the electronic device is separated from the inner wall inside the packing box. The cushioning material sandwiched between the accommodating container accommodated in the recessed accommodating portion and the electronic device includes a first cushioning portion contacting the accommodating container and a second cushioning portion separated from the accommodating container by providing a stepped portion from the first cushioning portion toward the electronic device.

A packing member for an electronic device includes a packing box for accommodating the electronic device, an accommodating container for accommodating an article packed together with the electronic device, and a cushioning material, including a recessed accommodating portion for accommodating the accommodating container, for holding the electronic device in a state in which the cushioning material is provided between an inner wall of the packing box and the electronic device and in which the electronic device is separated from the inner wall inside the packing box. The cushioning material sandwiched between the accommodating container accommodated in the recessed accommodating portion and the electronic device includes a first cushioning portion contacting the accommodating container and a second cushioning portion separated from the accommodating container by providing a stepped portion from the first cushioning portion toward the electronic device.

A valve cover apparatus for use in a medical assembly including a prosthetic valve and a valve delivery apparatus. The valve cover apparatus includes a housing, a chamber disposed within the housing for receiving a prosthetic heart valve in an at least partially expanded state, a tapered surface defining a portion of the chamber, and a lock ring that is axially movable over at least a portion of the housing between a locked position and an unlocked position. The tapered surface is enables loading and/or guiding of the prosthetic heart valve from the chamber of the valve cover apparatus into a delivery sheath of the valve delivery apparatus and transition the prosthetic heart valve to a radially compressed state. The lock ring restricts movement of the valve cover relative to the delivery sheath when in the locked position, and enables movement of the valve cover when in the unlocked position.