Abstract: A container comprised of an inner bag having a chamber for holding an item and a top through which the item can be placed in the chamber; an odor containment section attached to the inner bag; an odor containment flap positioned inside of the inner bag and adapted to be folded over the item when the item is held in the chamber of the inner bag; and an outer bag that surrounds the inner bag and the odor containment section, with the top of the inner bag extending beyond a top of the outer bag. Generally, the container is used to contain or minimize the odors emitted by organic materials such as, food, plant matter, or feces.

Abstract: The bag includes a draw tape that may be used to cinch closed the opening of the bag. The draw tape is multilayer with a polypropylene core and propylene-ethylene copolymer or other suitable polymers in the outer layers.

Abstract: A convenient disposable container with holder is provided that includes a sheet of material with an inner and outer surface comprised of central and secondary folds seamed at the ends and material edges to create an expandable pocket at the bottom, having a tab to accommodate opening to accept embarrassing waste and having bonding surface areas to form a seal closing the container's contents from site or touch.

Abstract: A heat-shrinkable anti-fomitic device incorporating anti-microbial metal wherein the device, in the form of a bag or tube, forms a cover for an object, preventing cross-infection by bacteria and other pathogens that may reside on the object. Anti-microbial metal ions from the cover further reduce future cross-infection from the object by killing pathogens. The anti-microbial, heat-shrinkable, anti-fomitic device can have a sterile interior that is sealed or stored flat during manufacture to maintain sterility. Therefore, no outer wrapping for the anti-fomitic device is required. The anti-fomitic device can be inverted when used to cover the object to present an outer surface that is initially sterile. A plurality of such devices can be heat shrunk to an object such that removal of the outer layer will further prevent cross contamination. Heat shrink film materials for the coverings/bags serve as a barrier to the transmission of pathogens and conform closely to the covered object.

Abstract: A protective container, such as a protective bag, comprising a sealable aperture defined by opposing first and second flexible sheets which are joined to each other by seals at either side of the aperture, such that the aperture is closable by bringing the first and second flexible sheets into contact with each other across the width of the aperture, wherein the inward facing surface of the first sheet comprises an adhesive strip which extends across the width of the aperture and is covered by a release liner such that when the release liner is removed, the aperture is sealable by bringing the adhesive strip into contact with an opposing part of the second flexible sheet across the width of the aperture, wherein the release liner does not extend into the seal between the first and second flexible sheets at either side of the sealable aperture. The protective container is typically waterproof and can be used to protect articles from damage by water, such as rain water or flood water.

Abstract: A flexible container incorporating flexible front and rear sheets and one or more container ports disposed in between the sheets are discussed. The one or more container ports each has a pliable attachment flange and an integrally molded nozzle. The pliable attachment flange has a first configuration whereby the attachment flange collapses to enable heat sealing the attachment flange to the sheets and thereafter substantially recovers its shape to provide a fluid pathway with the port. Various terminal ports, terminal caps, and rubber septums may be useable with the one or more container ports.

Abstract: A pouch with a nozzle is provided which can maintain a good open state of the nozzle. The pouch for accommodating liquid contents, has: a shell portion formed by sealing stacked two pouch raw materials; and a nozzle portion communicating with an inside of the shell portion, wherein emboss worked portions are formed on walls of the pouch in at least partial areas of the walls of the nozzle portion of the pouch constituted of the pouch raw materials, or in areas constituted of at least partial areas of the walls of the nozzle portion and at least partial areas of walls of the shell portion consecutive with the partial areas of the walls of the nozzle portion, and the emboss worked portions have a plane shape, a dot shape or a line shape.

Abstract: A bag having an integrally formed closure, comprising a wall, an opening contiguous to the wall, two handles attached to the wall at the opening, and a closure integrally formed in the wall of the bag adjacent one of the handles. The closure is formed of planar, resiliently flexible plastic in a circular shape with a rim and with multiple symmetrical radial cuts extending from the center of the closure to the rim, thus forming prongs that resiliently flex up and down from the center of the closure. This flexing forms an opening through the closure as long as one or more of the prongs are flexed.

Abstract: A collapsible watertight storage system includes a watertight bag, a self-assembling collapsible hoop system, and equipment that keeps said watertight bag from floating. The watertight storage system may provide watertight storage for one or more objects loaded into the bag. The bag may include a vacuum access hole to allow users to remove extra air from the bag for compact storage or to reduce buoyancy, tie-down holes to secure the bag, and a watertight seal. The collapsible hoop system may be expanded inside the bag and may keep the watertight bag distended for loading. The collapsible watertight storage system may be suitable, but not limited to, providing protection from water intrusion, for example, due to leaking roofs, floods, or otherwise elevated water conditions, for objects, such as equipment, appliances, and motor vehicles, that are typically otherwise protected from the environment but where water damage could cause irreparable harm.

Abstract: The present invention relates to a vacuum storage bag for daily use. The vacuum storage bag comprises a sealable body with an opening at one end and a pressed and sealed end at the other end; the sealable body is formed by two layers and each layer is made of two layers; the inner surfaces of the opening are coated with a layer of adhesive material; and the sealed and pressed end has a tubular opening at its bottom. It is convenient to use and of simple construction. It is suitable for storing articles in a vacuum state with limited space and preventing the articles from mildewing.

Abstract: The invention relates to a device (10) for closing an opening or filling through an opening in a sack (25) for storing materials (26). The device (10) comprises an elongated means (11) for introduction into the sack (25) through the opening, wherein the elongated means (11) is introducible into the sack (25) for closing or filling thereof. The device (10) further comprises a plate (12) having at least one substantially flat side for abutment against an outer side around the opening of the sack (25). The elongated means (11) is projecting substantially perpendicular from the substantially flat side of the plate (12). Also included is a method for closing an opening or filling through an opening in a sack.

Abstract: A flexible container and method for making same are provided. The container comprises a base portion including a bottom, side walls, and an interior, the bottom defining a substantially flat planar surface when the container houses product and the container rests on its bottom, an upper panel portion, that is designed to be received within the interior of the base portion and includes side panels that define a closure member, the upper panel being so constructed and arranged to define a substantially flat surface when the closure member is closed and portions of the upper panel are folded over, the upper panel includes a portion that is sealed to the base portion, and a pair of handles may also be coupled to the base portion.

Abstract: A flexible container (10) has a base (12) that includes a bottom (20), side walls (22, 24, 26, 28) and an interior (30), the bottom defining a substantially flat planar surface when the container houses product and the container rests thereon, an upper panel portion (14), that is adapted to be received within the interior of the base portion and includes side panels that define a closure member (60, 62). The upper panel is constructed and arranged to define a substantially flat surface (72) when the closure member is closed and portions of the upper panel are folded over. The upper panel includes a portion that is sealed to the base portion. A pair of handles (16, 18) may be secured to the base portion. The flat top and flat bottom allow for vertical stacking of the filled containers.

Abstract: A single-use container having front and back panels positioned in face-to-face relationship and joined with a sealed region around three edges to define a pouch, with a fourth edge unsealed to form a first opening in the pouch. A pressure sensitive strip on the front and back sides adjacent the opening of the pouch to seal the opening when the front and back sides are pressed closed. A tear line is formed at an opposing end of the pouch to enable opening of the opposing end of the pouch. The container may include a tool pouch defined on four sides by the sealed region and containing a spreading tool. The tool pouch is intersected by the tear line, such that, when the container is torn along the line, the tool is released from the tool pouch.

Abstract: A security bag includes a tamper-evident closure which provides a visual indication if the closure is opened. The closure includes an ink layer deposited on one wall of the security bag or on a flexible strip secured to one wall of the security bag, and an adhesive layer in overlying relationship with the ink layer for sealing the bag closed. The ink layer includes a release material deposited in a predetermined pattern, and a layer of a solid ink applied over the release material so that the predetermined pattern of the release material is not visible in the closure. The solid ink layer includes void spaces arranged in a predetermined pattern. Preferably, the pattern of the void spaces is out of registry with the pattern of the release material so that the void spaces and release material overlap to varying degrees in the closure. If the closure is forced open, the solid ink will delaminate from the surface on which it is printed, revealing in the closure the predetermined pattern of the release material.

Abstract: A gift bag with napped filamentary surface of the present invention includes a gift bag having generally parallel front and rear panels, a pair of generally parallel side panels, each having a top edge, a bottom edge, and two lateral edges, wherein the lateral edges of the front and rear panels are joined to the lateral edges of the side panels, and a bottom panel having two pairs of generally parallel lateral edges, wherein the lateral edges of the bottom panel are joined to the bottom edges of the front, rear, and side panels to form a container having an opening defined by the top edges of the front, rear, and side panels, and wherein the gift bag has handles attached to the panels said gift bag, wherein the gift bag is completely formed from a napped filamentary material, and wherein the bags contain a closure device near the top and/or extending over a top edge of the bag.

Abstract: A bag comprising an envelope closed at one end by an end wall and delimiting a mouth at the other end, containing a charge capable of passing, for example under gravity, through said mouth, when said bag is in the inverted position, said envelope being shaped on itself at said mouth in order to close said bag. At the opposite end to the end wall, the envelope is shaped on itself, in particular folded, to determine, without discontinuity: an outer sleeve which is above the mouth when the bag is in the inverted position; at least one inner closure fold; a neck inside which the inner closure fold is located; and at least one outer closure fold closing said neck.

Abstract: A gaming machine coin carrying device and method, which permits a player to withdraw coins from the coin output area of a gaming machine in a hygienic and relatively secure manner. A bag-type structure is formed of a flexible material, preferably nylon. Handles are preferably positioned at each end of the bag-type structure. A lid formed of a flexible material is located at an upper portion of the bag-type structure, and is optionally closed or opened with a drawstring located at an upper portion thereof.

Abstract: A sterilizable container (20) is described which includes a flexible bag (23), the flexible bag (23) having a hole in a flat portion thereof and a hollow connector port (22) fixed thereto, the connector port (22) including a collar portion (22A) and a flange portion (24) defining an internal bore (26) of the connector port (22), the inside surface of the flexible bag (23) being sealed to an outside surface of the flange portion (24) and the collar portion (22A) extending through the hole in the flexible bag (23). Also disclosed is an adapter (10) having an internal bore (12), the connector port (22) and the adapter (10) being sealably connectable by a clamping and sealing device (11, 13) so that the internal bores (12, 16) of the connector port (22) and the adapter (10) are in open communication. Preferably, the adapter (10) has a removable door (16) sealed to the end of the adapter (10) remote from the sealable connection to the connector port (22).

Abstract: A flexible container (10) has a base (12) that includes a bottom (20), side walls (22, 24, 26, 28) and an interior (30), the bottom defining a substantially flat planar surface when the container houses product and the container rests thereon, an upper panel portion (14), that is adapted to be received within the interior of the base portion and includes side panels that define a closure member (60, 62). The upper panel is constructed and arranged to define a substantially flat surface (72) when the closure member is closed and portions of the upper panel are folded over. The upper panel includes a portion that is sealed to the base portion. A pair of handles (16, 18) may be secured to the base portion. The flat top and flat bottom allow for vertical stacking of the filled containers.

Abstract: Touch fasteners useful for bags, packaging and other products as well as novel manufacturing of products incorporating such fasteners. A composite touch fastener has a fibrous loop strip partially encapsulated in, or otherwise permanently attached to, resin of a substrate, and an array of loop-engageable fastener elements integrally molded with resin of the substrate. The center portion of the closure seals the bag until it is torn away to expose the mating bands of loops and fastener elements. Methods of applying recloseable touch fasteners, e.g. hook and loop fasteners, to sheet or film include vertical form and fill and horizontal form and fill packaging and pouch making.

Abstract: The present disclosure relates to medical specimen bags. In one aspect of the present disclosure, a specimen bag is provided and includes a front panel having an upper terminal edge, an intermediate panel having an upper terminal edge which extends beyond the upper terminal edge of the front panel, the front panel and the intermediate panel sharing a common lower terminal edge, the front panel and the intermediate panel defining a first chamber, and a rear panel having an upper terminal edge and a lower terminal edge, the upper terminal edge of the rear panel extending beyond the upper terminal edge of the front panel and the lower terminal edge of the rear panel terminating before the lower terminal edge of the front and intermediate panels, the rear panel and the intermediate panel defining a second chamber.

Abstract: An anti-fomitic device in the form of a bag or envelope forms a cover for an object for preventing cross-infection by bacteria and other pathogens that may reside on the object. The anti-fomitic device is a flat, flexible bag or envelope with a closure means at one or both ends of the bag or envelope, having a sterile interior that is sealed during manufacture to maintain sterility. Therefore, no outer wrapping for the anti-fomitic device is required. The anti-fomitic device is inverted when used to cover the object and results in an ultimate outer surface that is initially sterile. Materials for the coverings/bags are impervious to the transmission of pathogens. A laundered covering such as a sheet, pillowcase, etc., can then be slipped over the object that is covered with the anti-fomitic device to enhance comfort, yet maintain protection against pathogens on the object being covered.

Abstract: An area where a liquid substance, for instance, is present inside a bag, that is, the area where the liquid substance adheres to the inner surface of the bag, is ultrasonically sealed (thus forming an ultrasonically sealed area), and then an area that is separated from the ultrasonically sealed area by a predetermined distance toward the edge of the mouth of the bag is heat-sealed (thus forming a heat-sealed area), so that the a portion of the liquid substance, that is separated and is present above the ultrasonically sealed area, is sealed inside the space between the two sealed areas.

Abstract: A flexible container and method for making same are provided. the container comprises a base portion including a bottom, side walls, and an interior, the bottom defining a substantially flat planar surface when the container houses product and the container rests on its bottom, an upper panel portion, that is designed to be received within the interior of the base portion and includes side panels that define a closure member, the upper panel being so constructed and arranged to define a substantially flat surface when the closure member is closed and portions of the upper panel are folded over, the upper panel includes a portion that is sealed to the base portion, and a pair of handles may also be coupled to the base portion.

Abstract: A selectively closeable plastic film bag structure includes front, middle and rear panels forming a first bag between the front and middle panels and a second bag between the middle and rear panels. A first adhesive strip between the middle and rear panels extends between terminal ends at the second bag side edges. The front and rear panels extend above the middle panel and a second adhesive strip between the front and rear panels extends between terminal ends at the first bag side edges. A release liner is provided over the adhesive strips and retaining the bags open for placing product therein. By removing the release liner, the first bag is closed with the adhesive strip between the front and rear panels and the second bag is closed with the adhesive strip between the middle and rear panels.

Abstract: A selectively closeable plastic film bag structure includes front, middle and rear panels forming a first bag between the front and middle panels and a second bag between the middle and rear panels. A first adhesive strip between the middle and rear panels extends between terminal ends at the second bag side edges The front and rear panels extend above the middle panel and a second adhesive strip between the front and rear panels extends between terminal ends at the first bag side edges A release liner is provided over the adhesive strips and retaining the bags open for placing product therein By removing the release liner, the first bag is closed with the adhesive strip between the front and rear panels and the second bag is closed with the adhesive strip between the middle and rear panels.

Abstract: This invention provides a method of storing encoded data on an article comprising applying said data on a surface of the article, as an encodement invisible to the human eye under normal viewing conditions. The invention also provides materials for use in said method. This invention comprises an article having on a surface thereof data represented by a material applied to the article that forms a differential light pattern when illuminated which is capable of being read by a sensor capable of detecting said differential light pattern, said material being substantially invisible to the human eye under normal viewing conditions; wherein the light absorbance of at least a portion of the surface of the article underlying said data is different from the absorbance of the material comprising the data under the conditions in which the data is read.

Abstract: Plastic film bags, commonly used for storing and/or transporting various products and things, and methods of manufacturing the plastic film transport bags are disclosed. A transport bag includes a double-walled rear panel integral formed with a double-walled front panel. A lower terminal edge of the double-walled rear panel is integral with a lower terminal edge of the double-walled front panel. Accordingly, the double-walled front and rear panels define a continuous compartment extending between the front wall and the rear wall.

Abstract: A pouch construction has a flexible stand-up pouch having first and second opposite panels and a bottom or base gusset. The flexible pouch has a seal perimeter surrounding an open interior. In a portion of the seal perimeter, there is provided a peel seal region. The flexible pouch construction has an unsealed region, along a perimeter edge, spaced from the interior of the pouch by the peel seal region. As a result, in the unsealed region, the pouch panels can be spread apart allowing a straw or similar member to be pushed between the panels, in the region of the peel seal, to open the pouch for access to a drink contained inside. Methods of constructing such arrangements, and preferred pouch blanks that can be filled to form such arrangements are described.

Abstract: A closure element incorporated into a flexible bag to reclose a bag opening includes a resilient structure which carries an adhesive strip. The closure element is secured to one wall of the bag and the resilient strip seals the one wall to the respective other wall of the bag when the walls are pressed together and the resilient structure is compressed. The resilient structure is held compressed by the adhesive strip. In one embodiment, the resilient structure includes a base portion and a wing portion which deflects to allow the adhesive strip to make contact with the other wall. In another embodiment, the base portion deflects to flatten against the wing portion, the wing portion secured to the bag wall. The base portion and the wing portion can be provided with engageable elements which snap together or interlock to provide a closing feel to the closure strip as the adhesive strip seals the bag opening.

Abstract: An anti-fomitic device in the form of a bag or envelope which forms a cover for an object for preventing cross-infection by bacteria and other pathogens that may reside on the object being covered. The anti-fomitic device is a flat, flexible bag or envelope with a closure means at one end of the bag or envelope, having a sterile interior which is sealed during manufacture to maintain sterility. Therefore, no outer wrapping for the anti-fomitic device is required. Alternatively, the anti-fomitic device is a flat, flexible, internally sterile bag with two releasably closed ends, where one end is tucked inward so that the sterile interiors of the two releasably closed ends touch.

Abstract: The invention relates to a sack from a flexible material, such as paper and/or plastic material, which sack is provided with a longitudinal closing seam and/or a transverse closing seam, which connects to each other layers of material that lie on each other. According to the invention the closing seam is formed by attaching to each other the layers of material that lie on each other by plastic deformation of a part of said layers, without adding an adhesive such as glue and without adding heating energy. The invention also relates to a method for forming such a sack.

Abstract: Foil bags are formed as new paper bags by fusing together two webs and tying a detachable strap which has a suspension opening to one said opening of each bag, the strap being separated by a perforation line from the respective side of the bag. A pocket is formed at the end of the bag opposite the insertion opening and can have a flap provided with an adhesive strip covered by a masking layer.

Abstract: A container is constructed from a pouch having a front sheet, a rear sheet and a bottom sheet. The bottom sheet of the pouch is folded along a midline thereof with flaps extending downward from the fold line. Each of the bottom edges of the flaps are welded to or integral with one bottom edge of either the front or the rear sheet. Lateral edges of the front and rear sheets are welded to one another with the bottom two portions of the welded edges sandwiching both lateral edges of the bottom folded sheet. To construct the container, a central portion of the bottom sheet is unfolded such that the unfolded portion has an essentially rectangular shape, thus forming said base, with central parts of the bottom edges of the bottom sheet forming the front and rear edges of the base and with peripheral portions of the bottom sheet forming two overlapping triangular portions with the bottom edges thereof defining the two side edges of the base.

Abstract: A flexible storage bag comprising at least one sheet of flexible sheet material assembled to form a semi-enclosed container having an opening defined by a hinged peripheral flange. The hinged flange includes a closure means for sealing the opening to convert the semi-enclosed container to a closed container. The bag includes at least one pair of opposed gussets formed in the sheet material extending in a direction normal to the opening and a substantially planar bottom extending in a direction substantially parallel to the opening. When the bottom is placed on a horizontal surface the container is self-supporting and maintains the opening in an open condition. The present invention also provides a flexible storage bag having an opening and a closure means for sealing the opening to convert the semi-enclosed container to a closed container.

Abstract: A closure bag having a bag body with internal tack surfaces.

Abstract: A gift package that comprises a bag having generally parallel front and rear walls, each having a top edge, a bottom edge opposite the top edge, and two lateral edges, a pair of generally parallel side walls, each having a top edge, a bottom edge opposite the top edge, and two lateral edges, wherein the lateral edges of the front and rear walls are joined to the lateral edges of the side panels, and a bottom panel having two pairs of generally parallel lateral edges, wherein the lateral edges of the bottom panel are joined to the bottom edges of the front, rear, and side walls to form a container having an opening defined by the top edges of the front, rear, and side walls. The gift package further includes a bag topper comprising a body portion and at least one fastening means projecting from the body portion, wherein the at least one fastening means engages with the top edge of at least one of the front, rear, or side walls of the bag to support the bag topper on the top edge of the wall.

Abstract: A soft-sided fabric container, which in an open position is parallelepiped-shaped, has opposed side walls, opposed end walls mounted to the side walls at opposed longitudinal ends of the side walls, and a bottom wall opposite an open top of the container. The side wall edges, elongate rigid members mounted thereto. Handle apertures are formed in the side walls adjacent the rigid members. Resilient stiffeners are mounted along longitudinally opposite edges of the side walls from the bottom wall to the rigid members for resiliently urging the side walls each into a generally planar shape.

Abstract: A tamper-resistant envelope is disclosed which includes first and second panels joined to one another to define opposed side edges and a bottom edge. The envelope has an opening opposite the bottom edge for providing access thereunto. A first adhesive seal is disposed on one of the first and second panels adjacent the opening for sealingly adhering to the other of the two panels. The first adhesive seal is formed of an adhesive material having adherent properties which are resistant to release at temperatures substantially below room temperature. A second adhesive seal is disposed on one of the first and second panels for sealingly adhering to the other of the two panels. The second adhesive seal is formed of an adhesive material having adherent properties which are different from those of the adhesive material from which the first adhesive seal is formed.

Abstract: A selectively closeable plastic film bag is formed with front and rear plastic film panels. The bag includes a bottom and side edges and each of the front and rear panels include a top edge whereat an opening is provided into the bag cavity. An adhesive strip is provided on the inside surface of the front or rear panels extending longitudinally thereacross between the bag side edges. The adhesive strip is placed in a pattern extending at an angle upwardly from each of the side edges to a generally linear portion therebetween. A release liner is provided between the front and rear panels and is located partially over or above the adhesive strip at the side edges and below the linear adhesive strip portion. The adhesive strip portion covered by the release liner is prevented from coming in contact with the other bag panel thereby retaining the bag open. The release liner is detachably attachable to the adhesive strip.

Abstract: A gift package a bag having generally parallel front and rear walls, each having a top edge, a bottom edge opposite the top edge, and two lateral edges, and a pair of generally parallel side walls, each having a top edge, a bottom edge opposite the top edge, and a generally longitudinal fold, wherein the lateral edges of the bottom panel are joined to the bottom edges of the front, rear, and side walls to form a container having an opening defined by the top edges of the front, rear, and side walls, and wherein the bag has an expanded state and a collapsed state, where an area of the bag opening is larger when the bag is in its expanded state than when the bag is in its collapsed state, and a bag topper comprising a body portion having a top and a bottom surface, and at least one side panel extending from the body portion, wherein the bottom surface of the body portion is supported on the top edge of at least one of the folds of the side walls.

Abstract: A closure bag having a bag body with internal tack surfaces.

Abstract: A tamper evident package includes a closure arrangement having a lockable orientation and an unlockable orientation. The lockable orientation includes a first closure member secured to a first package wall, and a second closure member secured to a second package wall. Preferably, the first closure member is secured to the first wall with a peelable sealing arrangement. The unlockable orientation includes the first closure member being separated or peeled from the first wall. The closure arrangement is transformed from the lockable orientation to the unlockable orientation in response to a pulling force separating the first closure member from the first wall. In some arrangements, the peelable sealing arrangement is pigmented to provide a visual indication that the package has been opened after an initial sealing of the closure arrangement. Methods for constructing and using a flexible package are provided herein.

Abstract: A security envelope for transporting valuable documents and articles includes a thin header formed of thin frangible material secured to the back panel having an adhesive layer that seals the header to the front panel upon folding and pressing closed. An inner layer of adhesive on the inner surface of the back panel seals the inner front and back panel surfaces to close the envelope chamber and extends further toward the envelope bottom than the header adhesive layer when sealed to prevent tampering tool access to the envelope chamber. Application of tampering heat will shrivel the header and cold sufficient to release the inner adhesive layer will cause pieces of the outer adhesive layer to break off and fall away. Printed indicia on the header inner surface and a transparent flood coat on the inner header surface will adhere to the header adhesive layer and aid in the tampering attempt indication.

Abstract: A tamper-resistant envelope is disclosed which includes first and second panels joined to one another to define opposed side edges and a bottom edge of the envelope. Each of the panels have an upper edge which together define an opening opposite the bottom edge of the envelope for providing access into the envelope. The upper edge of the second panel extends beyond the upper edge of the first panel to define a panel extension. A layer of adhesive sealant material is disposed on an interior surface of the first panel adjacent the upper edge thereof for sealingly adhering to an interior surface of the second panel. The sealant material has adherent properties which are resistant to release at temperatures substantially below room temperature. The envelope also includes an adhesive sealing strip having a lower portion mounted to an exterior surface of the first panel and an upper portion positioned to sealingly adhere to the panel extension of the second panel.

Abstract: A container for holding elements to be sterilized prior to introduction into an isolation system having an isolated inner region. The container includes a flexible bag having a first end defining a first opening for removing the elements from the flexible bag. A transfer port is attached to the flexible bag proximate the first end. The transfer port is engageable with the isolation system for transferring the sterilized elements into the isolation system. The transfer port has an exterior surface, and a bore extends through the transfer port and the exterior surface. The exterior surface has a clamp receiving area and a groove located in proximity to a first end of the bore. The first end of the flexible bag is located in the groove. A clamp is located around the flexible bag proximate to the first end. A portion of the flexible bag is located between the clamp and the clamp receiving area on the transfer port to clamp the flexible bag to the transfer port.

Abstract: A point of sale photographic film package also functions as a non-prepaid mailer to a pre-designated professional film processor. In one embodiment, a film cassette or cartridge is sold in a sealed container, such as an envelope or "bubble pack" card, having a removable label which overlies the name and address of a film processor. The label bears film-identifying indicia on one side thereof and a customer-identifying form on the reverse side. The container further includes (i) indicia or perforations for facilitating access to the film cassette while leaving the container substantially intact for re-use, and (ii) an adhesive strip for resealing the container after the original seal is broken to gain access to the film cassette therein. Upon opening the sealed container and using the film, the customer may have the film processed by returning the exposed film and the container together with the label bearing the completed customer identification form, which includes customer credit information.

Abstract: A case is disclosed which is essentially a case with a cover that is designed to allow a user to remove the contents of the case one by one. A first flap encloses the material within the case and a second flap covers the opening that allows access to the contained material. The case is typically used to hold and distribute blocks of paper sheets, paper handkerchiefs, small plastic bags, and other material.

Abstract: A security bag having front and rear panels with first and second patterns of openings along upper edges of front and rear panels, respectively, of the security bag. A flap has a lower edge connected to the outside surface of the rear panel so that the flap covers the second pattern of openings. Preferably, the flap extends beyond the upper edge of the rear panel a length permitting the flap to be folded over the front panel and cover at least a portion of the first pattern of openings. An adhesive covers surfaces of the flap that cover the first and second patterns of openings. A release liner covers the adhesive. Upon the release liner being removed and the flap being folded over the front panel to cover the first pattern of openings, an adhesive-to-adhesive seal is created through continuous and contiguous portions of the first and second patterns of openings that extends through the front and rear panels.