A method for producing enveloped electroscopic filter material can include feeding, from a main spool, at least one sheet of electroscopic filter material in a first direction, feeding, from a pair of spools, sheets of cover material in the first direction such that each spool feeds a sheet of cover material along a different side of the sheet electroscopic filter material, sealing, via a pair of heat-sealing roller nips, the at least one sheet of electroscopic filter material and the sheets of cover material periodically together to form sealed portions, and cutting, via a cutting mechanism, each sealed portion to produce envelopes of electroscopic filter material. The at least one sheet of electroscopic filter material can extend to the outermost edges of each envelope such that each envelope comprises substantially the same dimensions as the at least one sheet of electroscopic filter material.

A plant for vacuum packaging of products includes a plurality of packaging stations, a vacuum pump, a first circuit, an auxiliary pressure device, and a second circuit. The plurality of packaging stations are distinct from each other and configured to separately perform the vacuum packaging of products. The first circuit is configured to put said vacuum pump in fluid communication with said packaging stations. The second circuit is configured to put at least one of said packaging stations in fluid communication with the auxiliary pressure device. The auxiliary pressure device is configured to suction a gas through the second circuit from at least one of said packaging stations.

A device comprising means for patching an area. The patching means comprises means for sealing the perimeter of the patching means to an object or surface to create an air-tight sealed area between the patching means and the object or surface. The device further comprises means for dispensing a substance into the sealed area and means for providing a liftable portion on the patching means. The liftable portion of the patching means comprises means for resealing the liftable area to the patching means. The device may further comprise means for providing a middle compartment configured to hold a substance.

In some examples, a package includes a package body enclosing a medical supply. The package body defines a window. The package includes a breathable membrane adjacent the package body and extending across the window. The package includes a moisture oxygen scavenger adjacent the package body and extending across the breathable membrane. The package includes an adhesive layer configured to hold the moisture oxygen scavenger adjacent the breathable membrane. In some examples, a technique includes sterilizing a package precursor including the package body and the breathable membrane, and after the sterilizing, adhering the moisture oxygen scavenger to the package body to form the package.

In some examples, a package includes a package body enclosing a medical supply. The package body defines a window. The package includes a breathable membrane adjacent the package body and extending across the window. The package includes a moisture oxygen scavenger adjacent the package body and extending across the breathable membrane. The package includes an adhesive layer configured to hold the moisture oxygen scavenger adjacent the breathable membrane. In some examples, a technique includes sterilizing a package precursor including the package body and the breathable membrane, and after the sterilizing, adhering the moisture oxygen scavenger to the package body to form the package.

A carrier comprising: (a) a first panel; (b) an opposing second panel secured to the first panel by an adhesive disposed between the first panel and the second panel near a periphery of the carrier to form a pocket between the first panel and the second panel; and (c) scoring along the first panel, the second panel, or both that aligns with the adhesive so that, if the first panel and the second panel are separated, the scoring disassembles and visually indicates the carrier has been tampered with.

A carrier comprising: (a) a first panel; (b) an opposing second panel secured to the first panel by an adhesive disposed between the first panel and the second panel near a periphery of the carrier to form a pocket between the first panel and the second panel; and (c) scoring along the first panel, the second panel, or both that aligns with the adhesive so that, if the first panel and the second panel are separated, the scoring disassembles and visually indicates the carrier has been tampered with.

Storage containers, products, and methods of packing a smoking product are described. An example storage container has a main body that has a first end, a second end, a lengthwise axis, a width, and defines a chamber and an indicium. The lengthwise axis has a midpoint. Each of the first end and second end is moveable from a sealed configuration to an unsealed configuration. The width of the main body tapers from the second end toward the first end. The indicium is defined at a location between the midpoint of the lengthwise axis and the first end and extends along a portion of the width of the main body. The main body has a first width at the location between the midpoint of the lengthwise axis and the first end and a second width at the second end. The first width is less than the second width.

A packaging assembly including a retention sheet formed of a resilient material and attached with foldable portions of a frame formed of a stiff material. The frame includes one or more wings and lateral portions that can be folded to enclose a packaged article between a platform on the frame and the retention sheet for shipping, storage or other uses.

A packaging assembly including a retention sheet formed of a resilient material and attached with foldable portions of a frame formed of a stiff material. The frame includes one or more wings and lateral portions that can be folded to enclose a packaged article between a platform on the frame and the retention sheet for shipping, storage or other uses.