Abstract: A collapsible bag for displaying and holding an item includes a plurality of panels attached to one another to define an interior in which the item is disposed. The panels are formed of a fabric material except for a top panel that is formed of a transparent, flexible plastic material to permit viewing of the item. The plurality of panels define side walls and a first end wall that are foldable along fold lines so as to cause each side and end wall to fold over itself resulting in the bag collapsing when the interior is empty. The plurality of panels further includes a selectively openable second end panel though which the interior is accessible when the second end panel is opened.

Abstract: If you have ever washed for a better way of barbecuing and didn't want to be bothered with the mess of the ashes afterward, and the clean up can be dirty. Now, there is a way. With my Invention, the clean up of the ashes is a breeze. With my Invention, a heavy duty aluminum foil pouch, sac, or bag, with the charcoal or whatever you wish to barbecue with, inside the container or pouch. For the purpose of this summary, I am using charcoal in the pouch, sac, or bag, but any item can be used. The key is a quick cleanup, and convenience. And you buy it this way. It goes from the store, to your barbecue grill, and then to the trash can in one piece. The pouch sac or bag, can be thrown away, once the ashes are cool. The bag is recyclable. No shoveling ashes. Ashes are contained after use. All you have to do is place the sac, pouch or bag in your pit, open the top, by cutting the bag open.

Abstract: A vacuum sealing bag includes first and second bag panels overlappedly affixed in an edge to edge manner to form a storing cavity between the first and second bag panels and an opening communicating with the storing cavity, and an air sealing arrangement having a plurality of first air channels longitudinally formed on an inner side of the first bag panel and a plurality of second air channels transversely formed on an inner side of the second bag panel in such a manner that when the inner side of the first bag panel is overlapped on the inner side of the second bag panel, the first air channels are communicatively intersected with the second air channels for guiding air within the storing cavity to outside, so as to air-seal the storing cavity in a vacuum manner.

Abstract: The flexible fluid-carrying pouch for use with a personal hygiene device includes a front panel portion, a rear panel portion and two side edge gussets connecting the front and rear panel portions. The pouch is sealed along a bottom edge. The pouch includes a top edge which has a central portion which is sealed against a spout element, which permits exit of the fluid from the pouch, and further has two sealed side wing portions which extend upwardly alongside the spout element, providing a jogged arrangement for the top edge of the pouch.

Abstract: A disposable food packaging ideal for use in feeding an infant or child, the packaging having rounded corners to permit easy insertion and removal from a crowded, diaper bag, purse, or other crowded carrying environment. Additionally, the packaging is contoured for easy handling and use. Further, the smooth corners minimize the risk of scratching an infant or child when the contents are expressed into mouth of the consumer.

Abstract: A container assembly comprises a plastic substrate, at least a portion of which has a textured image, the textured image comprising a substantially two-dimensional image and, a topographical texture aligned with the two dimensional image wherein the topographical texture corresponds to at least one feature of the two dimensional image. The container assembly is configured for assembly to provide a container. A method of manufacturing the container is also provided.

Abstract: An improved bulk bag with an upper portion of the sidewalls that is sloped inward from vertical so that when the fabric is stretched upward in the lifting process, thereby creating tension in the vertical fabric, the tension will be maintained after the bag is no longer in a lift position, as the fabric cannot slide back down around the product due to the restricted size of the fabric and such tension provides stronger restrictions to product movement to provide increased stability.

Abstract: A non-rigid inflatable gas storage apparatus comprising a plurality of layers of which one is gas impermeable and at least one controllable gas inlet and outlet component wherein the apparatus is substantially spherical when inflated and has a diameter of approximately 10 ft to 40 ft and can store gas at a range of pressure between 140 psi and 500 psi.

Abstract: A flexible bag assembly for containment and dispersal of liquids includes a bag having flexible front and back panels, and a peripheral side panel structure interconnecting the front and back panels at sealed seams, the panels defining a chamber for retaining the liquid, a water-proof zipper disposed in the front panel, a detachable cover member fixable to an outside surface of the front panel and adapted to cover the zipper, and a closeable and openable tube extending from within the chamber, through one of the panels and outwardly therefrom, the tube being adapted to facilitate the selective dispersal of the liquid from the bag.

Abstract: An apparatus for washing items comprises a generally cylindrical mesh housing; a first wall and a second wall, said first wall and said second wall being positioned within said housing so as to define first, second and third compartments in said housing; an opening in each of said compartments through which an item to be washed can be placed in or removed from a respective compartment; and a closure device for closing said compartments to retain said items in said compartments when said items are being washed. The first wall and said second wall may each comprise an endless pocket and a stiffener disposed within said pocket. A polymer loop may be used to stiffen said first wall and said second wall. A method of using the apparatus to wash various items, including those of delicate fabrics.

Abstract: A system for detecting and registering serrated bags includes a web including a plurality of bags connected in an end-to-end arrangement, each bag including a first and second side, a first and second longitudinal end, a transverse seal, a serration disposed transversely across the bag, and a tab integrally connected to the bag at a portion of but less than the entire extent of the tab; a device for projecting a stream of air on each bag as the web passes a predetermined location; and a first and a second pair of nip rolls, each disposed downstream of the device, and adapted to accommodate the web, and to drive at different speeds such that a lead bag is separated from the web.

Abstract: A flexible, disposable centrifuge bag for receiving and holding a fluid sample, comprising one or more tubes and upper and lower flexible sheets having doughnut shaped configurations. The upper and lower sheets are superimposed and completely sealed together at their outer perimeters to define an outer perimeter of the centrifuge bag. The inner perimeter of the bag defines a central core. The tubes are sandwiched between the upper and lower sheets and extend from the central core of the centrifuge bag. The upper and lower sheets are sealed together at their inner perimeters such that the tubes are sealed between said upper and lower sheets at the inner perimeter. The bag may be used to harvest platelet rich plasma from whole blood in either a batch method or while simultaneously infusing additional aliquots of whole blood into the bag during centrifugation.

Abstract: Reclosable packages include an impressed pattern which is impinged against by the slider. This creates an aesthetically pleasing appearance. This further creates an aesthetically pleasing sound and corresponding tactile sensation when the slider is moved. This sound can be enhanced by providing internal protuberances to the slider. When a string zipper or similar zipper is used, the web to zipper seal line can include the impressed pattern. However, when a flanged zipper is used, the impressed pattern and the web to flange seal lines are formed in different locations.

Abstract: A plastic bag pad comprising one or more plastic bags including detachable sections, wherein the bags are connected to a plastic header. A portion of each bag may be removed from the header by ripping along a perforated line. Each bag may comprise an overlay panel. Each bag may also include a sleeve to contain a support object. The detachable section of each bag may include an coupon or sample, and each bag may include an advertisement or name.

Abstract: A collapsible bag for dispensing liquids, including viscous liquids such as syrup and the like, comprising a first wall, a second wall, a spout, a surface variation associated with the first wall. The first wall and second wall are connected together to define a fluid chamber therebetween. The first wall and the second wall each have an inner surface facing the fluid chamber and an opposed outer surface. The spout is attached to one of the first and second walls, and has an opening therethrough having an axis substantially perpendicular to the one of the first and second walls to which it is attached. The surface variation is molded into at least a portion of the first wall. The surface variation limits contact between the inner surfaces of the first wall and the second wall so as to define a minimum unstressed volume therebetween wherein at least a portion of the minimum unstressed volume is maintained substantially throughout evacuation of liquid therefrom by suction.

Abstract: A packaging bag includes at least two multi-layered sections adjacent with each other. Each of the at least two multi-layered sections includes an outer film, and an inner film layered inside the outer film to contact an object to be packaged. The outer film is movable with respect to the inner film, and has a coefficient of friction different from that of the inner film. The outer film is formed of a material having a small coefficient of friction, and the inner film is formed of a material having a large coefficient of friction.

Abstract: A flexible composite bag for use with vacuum packaging appliances is disclosed. The flexible composite bag includes an inner bag that is enclosed by an outer bag. Two patterned panels make up the inner bag such that intercommunicating channels are formed when the two panels are superimposed on one another.

Abstract: A soft shell, flexible storage tank is provided, including corners of an improved configuration adapted to resist leaks. The walls of the tank and the corners are relatively more rounded and larger in radius than those of conventional flexible tanks. The walls and the improved corners act together to resist leaks. The rounded corners tend to reduce the effective pressure in the tank walls by loading the seams predominantly in shearing stress when the tank is filled with a liquid. The rounded corners are developed as panels, which are thermally bonded to produce secure and reliable liquid-tight seams. Each of the panels is bonded by lapped seams to others of the panels. Each of the rounded corners includes a generally triangular corner that is bonded to at least three other panels. In effect, the flexible storage tank functions as a pressure vessel, which tends to resist leakage.

Abstract: A bulk bag comprising a bottom wall and at least one side wall extending upwardly from the bottom wall is provided with at least one pocket secured to the exterior of the side wall and extending substantially vertically. The pocket receives a support member which maintains the side wall of the bulk bag in an upright, open configuration.

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 gift bag with napped filamentary surface of the present invention includes a gift bag having generally parallel front and rear panels, each having a top edge, a bottom edge, and two lateral edges, 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 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 wherein the gift bag has handles attached to the panels said gift bag, and wherein the gift bag is complexly formed from a napped fil

Abstract: A bulk bag comprising a bottom wall and at least one side wall extending upwardly from the bottom wall is provided with at least one pocket secured to the exterior of the side wall and extending substantially vertically. The pocket receives a support member which maintains the side wall of the bulk bag in an upright, open configuration.

Abstract: A collection device for use with a drill to capture debris ejected from drilling into a surface includes a body formed of flexible material having a first, substantially flat, configuration and a second erect configuration defining a cavity. The body includes a hole for receiving a drill bit into the cavity when the body is erect and adhesive means for adhering the body to the surface.

Abstract: A security device for breaking frangible items such as CDs. The device has a pouch of flexible material. The pouch has hinged jaws on one surface. The CD is placed in a pocket in the pouch and manual folding force is applied to cause the pouch and jaws to fold to break the contained CD.

Abstract: A gift bag with napped filamentary surface of the present invention includes a gift bag having generally parallel front and rear panels, each having a top edge, a bottom edge, and two lateral edges, 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 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 wherein the gift bag has handles attached to the panels said gift bag, and wherein the gift bag is complexly formed from a napped fil

Abstract: A bag of plastic material for vacuum preservation of food comprises two rectangular walls joined together along three sides. The width of one of the walls is larger than the width of the other wall by a predetermined quantity, preferably about 5%.

Abstract: An envelope, bag or other mailing device for preventing the shifting of an item located within the envelope and a method for making the same is provided. The envelope includes a front panel, a back panel and at least one protrusion. The back panel is coupled to the front panel to form an interior portion formed between opposed interior surfaces of the front and back panels. The protrusion is coupled to one of the opposed interior surfaces and extends into the interior portion of the envelope. In another embodiment, a second protrusion is coupled to the other side of opposed interior surfaces and extends into the interior portion of the envelope. The protrusions are adapted to associate with one another to protect items contained within the envelope from external forces and prevent the item from moving around within the interior portion of the envelope.

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 gift bag with napped filamentary surface of the present invention includes a gift bag having generally parallel front and rear panels, each having a top edge, a bottom edge, and two lateral edges, 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 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 wherein the gift bag has handles attached to the panels said gift bag, and wherein the gift bag is complexly formed from a napped fil

Abstract: A pouch for extinguishing, storing and disposing cigarette butts comprising a receptacle having a front panel, a back panel and opposing side panels forming one or more interior compartments. A two-ply material used for the pouch has a metallic or otherwise non-combustible side facing into the interior compartments and a paper outside. The top section of the receptacle has a mechanism for sealably closing the interior compartments comprising a pair of top flaps with adhesive bands thereon. The outside of the back panel has one or more pieces of sandpaper or like material thereon to allow the smoker to extinguish the cigarette butt and to provide some rigidity to the pouch. A non-combustible sheet can be disposed between the receptacle and sandpaper to protect the receptacle. A mechanism for opening the interior compartments, such as perforations, allows the contents therein to be disposed without having to be handled.

Abstract: A flexible container for liquids including an outer shell, an inner liner and an intermediate structure in which the intermediate liner is coupled to the outer shell to maintain a cross-sectional profile and the volume of the inner liner is greater than the enclosed volume of the intermediate structure. Liquids are loaded into a flexible container wherein the container is lifted by straps so that the container hangs freely, the container is filled with the liquid, the filling tube is sealed, the sealed tube is placed between the outer shell and stabilizing straps on the outside surface of the outer shell and the flexible container is then rested on a surface, trapping the filling tube between the outside surface and strap so that the container is securely sealed.

Abstract: A bag for vacuum sealing which has a bag body composed of a first sheet 11 and a second sheet 12, which have thermally fusible synthetic resin films 11a and 12a on at least the respective inner surfaces, and a non-woven fabric 15 which is a gas-permeable fiber structure formed of thermally fusible fibers. The sheets 11 and 12 are thermally fused together at both sides a and a lower side b, and the unfused upper side becomes an open side 13 of the bag body. The non-woven fabric 15 is bonded or fused with the inner surface of either one of the sheets 11 and 12. Food, clothing or the like is put in a space 16 between the sheet and the non-woven fabric 15, and air is extracted from the interior of the bag body through the open side 13. The open side 13 is thermally sealed in the portion with a width between “c” and “c”.

Abstract: A bag or liner adapted to collect items comprises first and second thermoplastic body panels, and at least one polymeric structure. The first and second body panels are joined along a pair of opposing sides and a bottom bridging the sides so as to form an open mouth. The joined first and second body panels form an interior space for collecting items. The at least one structure is a patch, tape or pouch. The at least one structure comprises a first layer being a barrier layer and including an odor-masking and/or neutralizing agent. The first layer is attached to the bag or liner via an adhesive, a heat seal or other attaching method such that the odor-masking and/or neutralizing agent is in communication with the interior space.

Abstract: A flexible insulated pouch. The flexible insulated pouch includes a pouch having multiple plies of closed cell polypropylene foam. The pouch is surrounded by a film bag made of material which acts as a moisture and oxygen barrier. The film bag is joined to one side of the pouch by a heat seal.

Abstract: A bulk bag for dense materials includes side walls seamed together end-to-end to form a rectangular enclosure and at least a bottom wall secured to the lower ends of the side walls. Baffles are secured in the side wall seams and extend diagonally across the interior of the bulk bag to maintain the bulk bag in a rectangular cross sectional configuration when filled with dense materials.

Abstract: Disclosed is a method for preparing an air channel-equipped film for use in vacuum packages, which comprises the step of providing a gas-impermeable base, along with a melt-extruded heat-sealable resin, to a laminating unit consisting of a laminating roll and a cooling roll, to form a heat-sealable resin layer on the gas-impermeable base, characterized in that the heat-sealable resin is molded and quenched in such a way that a plurality of protrusions, corresponding to a plurality of grooves formed in a predetermined pattern on the circumferential surface of the cooling roll, are formed on the molded heat-sealable resin layer, defining channels for the evacuation of air therebetween. The method is simple because of its ability to form air channels without the aid of additional embossing techniques, as well as being economically favorable owing to the employment of no embossing molds.

Abstract: A collapsible bag comprising a flexible outer skin, defining an interior and a substantially unobstructed opening. Reinforcing material is provided around said opening to define a pocket containing a rigid support, which allows the bag to hydrostabilize when filled with a fluid.

Abstract: A bulk bag for dense materials includes side panels seamed together to form side walls having first and second ends and at least one end wall secured to the first ends of the side walls with the seams connecting the side panels to form the side walls located at points substantially spaced from the adjacent corners of the end wall. Four baffles extend across the corners of the end wall and are secured to the side panels. One or more additional baffles are secured in the side walls seams and extend entirely across the interior of the bulk bag to maintain the bulk bag in a rectangular cross sectional configuration when filled with dense materials.

Abstract: A bulk bag for dense materials includes side walls seamed together end-to-end to form a rectangular enclosure and at least a bottom wall secured to the lower ends of the side walls. Baffles are secured in the side wall seams and extend diagonally across the interior of the bulk bag to maintain the bulk bag in a rectangular cross-sectional configuration when filled with dense materials.

Abstract: A flexible intermediate bulk container (FIBC) for transferring various type of materials, including industry-based granule materials, fine materials like sugar, flour, comprising baffles sewed to edge region of the FIBCs for preventing bulging formation on lateral surfaces thereof so defining an essential volume and subsidiary volume in the FIBC and said baffles having holes for promoting material transfer between the essential volume and subsidiary volume the development comprising said baffle (3) formed as a net structure having plurality of filaments (4), plurality of net passages (10) between these filaments (4) and connection elements (8) the filaments (4) are attached thereon.

Abstract: A bag made of flexible sheet material having an opening defined by a periphery. Juxtaposed with the periphery is a closure zone. The closure zone has induced extensibility in a direction perpendicular to the opening of the bag so that handle ties may be conveniently formed upon extension of the closure zone material. The handle ties are bound together to form an integral closure for the bag. The induced extensibility is provided by a network of dual regions having different modes of extensibility. The dual region network also provides the advantage of an increased gripping surface for forming the handle ties.

Abstract: This invention relates to improvements in bulk containers, and more particularly to seamless tubular fabric bulk containers for facilitating the transport of milk powder for human consumption, or any other flowable powders or grains, including animal feed or grain, from a commercial manufacturer or grain silo to the farm and for facilitating the feeding of farm animals. The improved bulk container comprising a top, a bottom, and a plurality of sides comprising, a seamless vertical member, said vertical member being elongated, said vertical member having a first and a second end, said first end of the vertical member being affixed to the top of the bulk container and the second end of the vertical member being affixed to the bottom of the bulk container.

Abstract: A method of manufacturing a resin bag whereby the peripheral edge of the bag such as a resin air baa is not bulky, the bonding strength is still sufficient, and the productivity is increased, is provided. A first resin sheet 1 and a heat-resisting sheet 3 are overlaid on each other and are disposed in a cavity 13 of a mold 7. The diameter of the heat-resisting sheet 3 is smaller than that of the first resin sheet 1 so that a portion of the sheet 1 is exposed outside the heat-resisting sheet 3. After injecting resin 2′ into the cavity 13 through a sprue bush end 12, the resin 2′is pressed and expanded to mold a second resin sheet 2 and bond the sheet 2 to the sheet 1 at the peripheries thereof.

Abstract: A collapsible boot storage tote bag for a convertible top boot cover. The boot storage bag is particularly configured to protectively store a flexible boot cover. Likewise, the boot storage bag is a compact easily managed package that is particularly configured to minimize the consumption of limited storage space. The boot storage bag has a tailored elongated rectangular shape that easily constrains the convertible boot cover when it is folded and placed inside. The elongated rectangular shape is closed at one end and closable at the other by a fold-over flap equipped with hook and loop fastening strips. The open end is further secured with two secondary dirt/dust guard flaps that fold under the main fold-over flap. A convenient carrying handle is centrally anchored on the top wall for balanced single handed means of transport.

Abstract: A bulk bag for dense materials includes side panels seamed together to form side walls having first and second ends and at least one end wall secured to the first ends of the side walls with the seams connecting the side panels to form the side walls located at points substantially spaced from the adjacent corners of the end wall. Four baffles extend across the corners of the end wall and are secured to the side panels. One or more additional baffles are secured in the side walls seams and extend entirely across the interior of the bulk bag to maintain the bulk bag in a rectangular cross sectional configuration when filled with dense materials.

Abstract: A bulk bag for dense materials includes side panels seamed together to form side walls having first and second ends and at least one end wall secured to the first ends of the side walls with the seams connecting the side panels to form the side walls located at points substantially spaced from the adjacent corners of the end wall. Four baffles extend across the corners of the end wall and are secured to the side panels. One or more additional baffles are secured in the side wall seams and extend entirely across the interior of the bulk bag to maintain the bulk bag in a rectangular cross-sectional configuration when filled with dense materials.

Abstract: A collapsible structure having a plurality of side panels and a floor panel forming an enclosure having an open top. Each side panel comprises a web of material, and an edging material. The collapsible structure includes at least two flexible continuous loop frames which are substantially enveloped by the edging. The edging coupled to the periphery of the web. One or more handles may be attached to the structure or formed within one or more of the side panels. A method of making and collapsing the structure is also disclosed.

Abstract: An apparatus, system, and method for dispensing fluid into containers includes a cleaning mechanism that brings the discharge nozzle of a dispenser into the travel path of a film web so that the end-face can make contact with the film web to remove from the end-face at least a portion of any fluid or reaction-products of the fluid that may be in adherence with the end-face. A film for removing such fluid or reaction-products from the end-face of the dispenser is also provided.

Abstract: The present invention relates to sealed pouches, and apparatus and processes for producing the same. The pouch includes contoured first and second lateral edges, with each lateral edge having concave and convex surfaces. The concave surface of the first lateral edge is substantially opposite the convex surface of the second lateral edge and the convex surface of the first lateral edge is substantially opposite the concave surface of the second lateral edge. Accordingly, a distance between the first and second lateral edges is substantially the same for all elevations of the pouch.

Abstract: An insulated shipping container includes a formed body of foamed polymer material. This formed body defines a chamber, an opening from the chamber outwardly to ambient, a transition surface surrounding this opening, and an exterior surface. Preferably, the chamber and exterior surface are both cylindrical prismatic shapes of like configuration so that a uniformly thick wall of insulative foamed polymer material is provided between the chamber and ambient. A single sheet of plastic is integrally bonded to the foamed polymer body such that it faces all of the chamber, the transition surface, and a substantial portion of the exterior surface of the container. In one embodiment of the container the remainder of the exterior surface of the container is faced with a separate sheet of plastic, and the two pieces of plastic cooperate to define an escape slit at which excess foamed polymer material escapes during formation of the container in a fixture.