Abstract: A foldable box includes a floor having a shaft arranged in a base area of an exterior wall area thereof. A guide opening in the fixed exterior wall area and includes a lateral opening section extending from an outside of the fixed exterior wall area inwards. A cam in the base area includes a cam contour which gets into contact with a contact surface of the exterior wall area. When exceeding a boundary angle the shaft is moved inwards. After exceeding the boundary angle a bottom side of the exterior wall is pressed against an internal edge area of the fixed exterior wall area by a force higher than a force by which the bottom side of the exterior wall in the erected vertical position is pressed against a top side of the fixed exterior wall area by the effect of the shaft or the cam.

Abstract: A folding assembly box includes vertical corner hinge frames disposed in corners of the box, and vertical middle hinge frames disposed between the vertical corner hinge frames facing each other at both sides thereof. The vertical corner hinge frames are unfolded at an angle to form the respective corners of the box, and are hinged in the opposite direction to the direction where the vertical corner hinge frames are unfolded. The vertical middle hinge frames are unfolded together with the vertical corner hinge frames at both sides thereof, and hinged in the opposite direction to the opposite direction where the vertical corner hinge frames are unfolded. Top and bottom horizontal frames are disposed to connect upper and lower ends of the vertical corner hinge frames facing each other. Panels are inserted between the first top and bottom horizontal frames facing each other.

Abstract: Embodiments of the invention are directed to collapsible transport containers with hinged and/or removable side walls to facilitate container collapse, as well as latching mechanisms capable of securing the side walls of such containers to one another and releasing said side walls from one another without the need for tools. Embodiments of the invention are also directed to keeper assemblies that allow said latching mechanisms to guard against inadvertent unlatching and possible unintentional collapse of one or more container side walls.

Abstract: A problem on all sail boats is the winch handle holders being occupied by beverage cans or other small items. A combination boat winch handle holder and beverage holder is made of a first housing adapted to hold the winch handle and mountable to a conventional winch handle holder position. A second housing, shorter and wider than the first, is adapted to hold a beverage can and is attachable in a manner that permits attachment and release of the second housing. The combination holder is preferably made of flexible, stretchable materials that are UV resistant.

Abstract: An apparatus including a box portion which may include a left side, a right side, a front side, a rear side, and a bottom. Each of the left, the right, the front, and the rear sides is connected to the bottom to be foldable with respect to the bottom, from an orientation parallel to the bottom to an orientation substantially perpendicular to the bottom. A device may be connected to the bottom, including an inner peripheral wall which extends, substantially perpendicularly from the bottom. The inner peripheral wall may be substantially in the shape of a loop and may have a width and a length, substantially perpendicular to the height of the device, slightly less than a width and a length, respectively, of an inner chamber defined by top edges of the left, the right, the front, and the rear sides, of the box portion in an upright state.

Abstract: The present disclosure relates to a blow-molded, rigid collapsible container that can be suitable for storage and dispensing systems of practically any size. The rigid collapsible container may be a stand-alone container. The container may be blow-molded as a unitary piece that may include folds or pre-folds that allows the container to collapse into a relatively flat position. In an expanded state, the container may have a generally trapezoidal prism shape.

Abstract: A collapsible container includes a bottom wall and a plurality of sidewalls. At least two of the side walls include a rigid first segment and a rigid second segment coupled to the first segment by a pivot to permit the side wall to fold so that the first segment and second segment form an acute angle or are parallel when the container is collapsed. The collapsible container can be configured in a storage configuration for containing objects or a collapsed configuration occupying less volume than the storage configuration for stowing the container.

Abstract: A container made of silicone resin is sufficiently compactable in a collapsed state. The container includes a tubular barrel portion, a bottom portion having a flat surface, a mouth portion having an opening, and a lid portion sealing the opening of the mouth portion, with at least the barrel portion and the bottom portion formed by molding. One end of a binder is attached to the mouth portion and can hold the rolled-up barrel portion and the bottom portion.

Abstract: A soft sided insulated container assembly includes a first portion having an insulated, soft sided external wall structure, and a second portion that defined a lid co-operable with the first portion. The lid includes an auxiliary access opening and closure member that are smaller than the main opening, and that can be operated one-handed. A rigid work surface is provided, typically immediately adjacent to the secondary closure member, the work surface providing a place for holding or mixing a drink or for preparing a snack. In some embodiments the work surface may be movable relative to the container, whether slidable in a co-planar or parallel planar manner in translation, or folding as in a foldable shelf. The entire container assembly may be foldable or collapsible to a storage condition, and the rigid member, whether fixed or movable, does not impede that folding or collapsing.

Abstract: A collapsible refuse bin which has two ends walls and two side walls atop a base. The end walls, side walls and base are twinned wall plastic components. The side walls are made of two panels which are pivotally attached to one another along vertical axis. The end walls are pivotally attached to the base. The side walls engage a base along a tongue and groove means. Side walls and end walls have mutually engaging edges. Removal of the side walls followed by folding down the end walls converts the refuse bin to a collapsed position.

Abstract: A collapsible transport container (302) comprising a base (304), a roof (310), a first and second opposed side wall (308, 306) rotatable relative to the base (304) and the roof (310). Also provided with first connecting member (316) operably connecting the first side wall (306) to the roof and second connecting member (318) operably connecting the second side wall (306) to the roof (310). The distance between the point of attachment of first and second connecting member (318, 316) to the roof (310) is less than the distance between the point of attachment (326, 324) of first and second connecting member 326, 324) to the first and second side wall (308, 306). At least part of the connecting member is flexible.

Abstract: A colander includes a front portion, an intermediate portion, and a back portion, with the intermediate portion being formed from a resilient material. The front portion is sized to be smaller than the back portion, allowing the front portion to be pressed into the back portion, folding the intermediate portion, for compact storage.

Abstract: Exemplary embodiments of collapsible containers are disclosed herein. Some exemplary embodiments include a container having a plurality of sides. The plurality of sides forms a substantially geometric shape, such as a rectangular shape. A plurality of predetermined fold lines extend substantially across each of the sides and the predetermined fold lines form a plurality of geometric shapes. A plurality of predetermined fold lines for inner folds on a first side are aligned with a plurality of predetermined fold lines for outer folds on a second side.

Abstract: A receptacle is formed by folding a single sheet metal blank to define a floor, a front wall, a rear wall, and two side walls. The walls are joined to one another at each corner of two adjacent walls by providing a mounting tab foldable relative to one of the wall and a tongue on the other wall to receive and retain the mounting tab by interlocking connection of mating connections. Apertures for hooking the receptacle on a wall are located in the rear wall in alignment with corresponding apertures in the mounting tabs at the rear for increased strength. Each mounting tab includes a first portion which interlocks with the tongue and a second portion which is considerably longer than the first portion to redirect forces which might otherwise tend to urge the tongues to release the mounting tabs therefrom.

Abstract: A collapsible bin container having a base portion and side walls hingedly connected to the base portion. At least one of the side walls includes an integrally formed hinge lug having a first generally cylindrical portion and a second flat angled portion. The base portion includes a corresponding hinge slot having an opening configured to receive the hinge lug only when the side wall is positioned at a first angle with respect to a horizontal surface.

Abstract: An apparatus including a box portion which may include a left side, a right side, a front side, a rear side, and a bottom. Each of the left, the right, the front, and the rear sides is connected to the bottom to be foldable with respect to the bottom, from an orientation parallel to the bottom to an orientation substantially perpendicular to the bottom. A device may be connected to the bottom, including an inner peripheral wall which extends, substantially perpendicularly from the bottom. The inner peripheral wall may be substantially in the shape of a loop and may have a width and a length, substantially perpendicular to the height of the device, slightly less than a width and a length, respectively, of an inner chamber defined by top edges of the left, the right, the front, and the rear sides, of the box portion in an upright state.

Abstract: A storage container having a collapsible unit and a twist cap is described. The collapsible unit is a type of bellows which includes a base and a sidewall attached to the base. The sidewall has a spiral fold that traverses along a portion of the length of that the collapsible unit. The length can be compressed by folding the collapsible unit along the spiral fold. As the length of the collapsible unit is reduced, access to any remaining products, such as acne pad products, stored at the bottom of the collapsible unit can be more conveniently obtained. The cap of the storage container includes a ring collar; a sleeve attached to the ring collar; and a guide attached to the sleeve. When the cap is turned or twisted the guide and the spiral fold are configured to slideably engage each other which results in shortening the length of the collapsible unit.

Abstract: A foldable carrying case is described that has an integrated one-piece body of hingeably connected panels, and flexible gussets hingeably connected to the panels. The body is further provided with releasable fasteners. The body converts from a plane configuration to a container configuration, and vice versa. The container configuration is formed by folding the panels and the gussets, and the panels and gussets are connected by the releasable fasteners to prevent the container from unfolding. Also described is a method for making and using such a foldable carrying case. Also described is a kit including such a foldable carrying case and at least one storage container.

Abstract: A plastic container includes at least two foldable sidewalls articulated to a container base by at least two hinge connections, each including a hinge bolt or pin for pivoting in a receiving gap of the base frame. The receiving gap has an elongate opening to allow the hinge bolt to move in the receiving gap from a lower to an upper end position. The opening has a length at least corresponding to the thickness of the sidewall which is thus liftable vertically by at least the thickness. At least two guide elements are formed at the sidewall and received in the base frame in recesses which have a nose defined by an upper edge spaced from an upper edge of the base frame by a distance which corresponds to a length of the guide element from a lower edge of the sidewall to a lower edge of the guide element.

Abstract: A bulk bag carrier for transporting soft goods or granular products is provided. The carrier comprises a flexible bulk bag and a pallet. The bulk bag comprises an upper section that defines a product compartment and a sleeve suspended below the upper section that defines a pocket for receiving the pallet. The pallet may be foldable to facilitate insertion of the pallet into the sleeve.

Abstract: A collapsible rectangular container includes a container body having a pair of opposed solid side walls, a pair of opposed foldable side walls hingedly connected to the pair of solid side walls and a base end wall and a top end wall removably and slidably connected to ends of the pairs of solid and foldable side walls when the container body is in an erected position. The base and top end walls are removable from the ends of the container body to permit the body to be collapsed into a flat configuration by folding the side walls inwardly when the base and top end walls are removed. The end walls are slidably received on one of the solid side walls when the container body is in a collapsed position. When the containers are collapsed and/or erected, the containers interlock for shipment.

Abstract: A product packaging device includes side portions. Each of the side portions includes a first end portion, a second end portion and a loading portion. The side portions fold together for closing the product packaging device.

Abstract: In an embodiment, a collapsible storage container for a bed of a pickup truck includes a set of panels, a connection system, and an attachment system. The set of panels are configured to form an enclosed area in a bed of a pickup truck. The set of panels are movable into a collapsed state and an uncollapsed state. In the collapsed state, the set of panels allow for substantially all of the bed of the pickup truck to be used. In the uncollapsed state, the set of panels form an enclosed area. The connection system connects the set of panels together such that the panels are movable into a collapsed state and an uncollapsed state. The attachment system is configured to connect the set of panels to the bed of the pickup truck.

Abstract: A liner (10) is disclosed for use with a container. The liner has a liner body (11) with a bottom wall (13), a top wall (14) and peripheral side walls (15). The liner also includes a ween plate (21). The weep plate includes a radial array of protrusions (22) extending inwardly and downwardly from a generally planar base plate (23). The base also includes a centrally located circular fitment mounting opening (25). A hose fitment (29) extends through the liner top wall and weep plate fitment mounting opening and is sealed thereto so that a vacuum hose coupled to the fitment is in fluid communication with the interior space of the liner. The weep plate has a select width and length smaller that the select width and length of the liner to define a margin or marginal space (32) therebetween.

Abstract: A container system for use with a forklift, includes a plurality of containers, each container including side and end walls and having interlocking structure cooperatively arranged whereby adjacent containers are connectable to each other and a base secured relative to each container. The base is dimensioned to support the container and being adapted to couple with the blade of the forklift to permit placement and transport of the containers in an interlocked relation thereof. Each container may be collapsible to facilitate storage thereof.

Abstract: A foldable and overlappable carrier box includes a base panel, a pair of first side panels erected along any two facing edges of the base panel, and a pair of second side panels erected along remaining facing edges of the base panel. Each of the first side panels is divided into an upper face and a lower face along a horizontal line, the upper face being foldable downwards, and each of the second side panels is divided into an upper portion and a lower portion along a horizontal line, so that when carrier boxes are stacked in multiple layers by folding the upper face, a lower portion of a carrier box located at an upper position is overlappable with an upper portion of a carrier box located at a lower position.

Abstract: A foldable box having four foldable exterior walls has at least one stable exterior wall having at least a first and a second spherical wall area convex with respect to an exterior side of the box. A bridge arranged at the outside of the exterior wall is arranged between the first and the second spherical surface and extends across the height of the exterior wall. At least one rib additionally extends from the bridge to the first and to the second spherical surface area.

Abstract: A foldable box includes a floor having a fixed exterior wall extending from the floor in a vertical direction upwards and an exterior wall having a shaft arranged in the base area of the exterior wall. The foldable box further includes a guide opening in the fixed exterior wall area in which the shaft is arranged, the guide opening including an opening section extending basically in the vertical direction through which the shaft may be guided out from the top, and a lateral opening section extending in a lateral direction from an outside of the fixed exterior wall area inwards, in which the shaft may be shifted basically in a lateral direction. A cam arranged in the base area of the exterior wall has a cam contour which is implemented such that the cam contour, when erecting the exterior wall, gets into contact with a contact surface arranged at the fixed exterior wall area such that the shaft is moved inwards in the lateral opening section.

Abstract: A collapsible, re-usable container of unitary construction is disclosed. The container is able to be locked into a flat, folded configuration as well as locked into an open, unfolded configuration, and includes a base, two opposing end walls that are pivotably attached to the base, and two opposing side walls, which are pivotably attached to both the base and to the side walls.

Abstract: Foldable container comprising a bottom plate, side plates and first hinges for connecting the side plates to the bottom plate, and a roof plate that is can be raised from the side plates, wherein the roof plate connects to opposite side plates by inter-positioned connecting rods, and wherein each connecting rod has at a first extremity a second hinge that connects to a side plate and at a second extremity opposite to said first extremity is slidably connected to said roof plate.

Abstract: The invention relates to a device for unlocking swing-action side walls (2 to 5) which are hinged on the base (6) of boxes and/or containers (1), of which the two opposite end walls (4, 5) can be locked to the two adjacent side walls (2, 3) and unlocking takes place by virtue of a lifting movement of a bracket-like actuator (13), which interacts with a movement-deflecting means (16, 17), and wherein unlocking crosspieces (19) act on spring-tongue-like locking means (10) of the side walls (4, 5), these locking means being latched into the end walls (2, 3), and force them out of their latching seat, in which they clamp the end walls (2, 3).

Abstract: A foldable box includes a floor and two longitudinal and transverse side exterior walls each lying opposite in pairs and foldable relative to the floor, each longitudinal side exterior walls including a protrusion at a transverse side end extending toward the transverse side exterior walls when upfolded, limiting foldability of the transverse side exterior walls to the outside. Each transverse side exterior wall including a locking mechanism at the outside of the transverse side exterior wall, including when upfolded, a snap-in element movable in a vertical direction relative to the floor surface, latchable with the protrusion. The protrusion and/or the snap-in element includes contact surfaces, inclined relative to the vertical direction when upfolded wherein the locking mechanism opens against a spring pretensioning when exceeding a predetermined inward force acting upon the transverse side exterior wall.

Abstract: A reusable combined multi-part product shipping box and display tray. There are two generally rectangular trays, each defining four sides, with four barrier portions projecting upward from each tray proximate its edges, one barrier portion at about the center of each of the sides, and four corner posts, one projecting up from each corner of the tray. There is also a generally rectangular sleeve defining four sides and four corners, and open ends that are about the same size and shape as the trays, the sleeve adapted to engage with the trays to close its open ends and form a shipping container, the sleeve adapted to sit on the tray inside of and up against the barrier portions, with each corner of the sleeve located outside of and against a corner post, such that the sleeve is tightly engaged with the trays.

Abstract: The present invention relates to a container comprising foldable sidewalls which has a hinge connection which almost entirely prevents the base from slumping relative to the sidewall even under load, The container may be produced in a particularly simple and inexpensive manner, since due to the specific hinge connection, the base may be produced, in an injection-molding process, without any slide in the tool, and since a simple tool arrangement is thus enabled.

Abstract: A flexible, stackable container for storing a quantity of a product may include a sealed package formed from a single sheet of film and retaining the quantity of the product disposed therein, and a lid fitment attached to a first side of the package. The first side of the package may have an outer first surface of the film and outwardly extending first corner seals formed in the film at the edges of the first side and surrounding the first side of the package. The package may also have a second side disposed opposite the first side and outwardly extending second corner seals formed in the film at the edges of the second side and surrounding the second side of the package.

Abstract: A keg cup holder has a plurality of cup holder openings, each encircling a recessed cup support, for securely holding cups in place on top of a beer keg. A through opening in the center is provided to allow the keg pump and dispenser tube/handle to extend vertically above the keg cup holder, so as to allow for its free operation. A side wall is sized to allow the keg cup holder to fit atop standard barrel kegs. Support members extend downward from the side wall to prevent the keg cup holder from shifting and to provide added stability. To facilitate portability, the keg cup holder is preferably constructed of an inexpensive and lightweight yet robust material. In one embodiment, it may be folded into a compact position for moving and storage. A handle may be attached to the center support member.

Abstract: A flexible, collapsible semi-bulk container for storing and transporting content is provided. The container has the strength to hold up to two tons of contents while being stacked up to five high. The container is also collapsible for ease of storage and transport. In some embodiments, the container includes swing walls that provide support to the side walls when positioned substantially adjacent to them. In another embodiment, the container includes partial swing walls that support cassettes for dividing the container into smaller compartments. In a still further embodiment, the container includes an interior baffle for dividing the container into smaller compartments.

Abstract: A flexible, stackable container for storing a quantity of a product includes a sealed package that is formed from a single sheet of film having oppositely disposed lateral edges. The package includes a first panel and outwardly extending corner seals that border more than two sides of the first panel, a second panel disposed opposite the first panel and having an end seal, and four lateral sides disposed between the first and second panels. The second panel is formed by tucking portions of the lateral sides proximate the lateral edges inwardly and sealing portions of the film proximate the lateral edges together to form an end seal, the end seal being folded over towards an outer surface of the package.

Abstract: The invention concerns a glasses case including a bottom panel, a frame and four side walls, which case has a folded configuration in which a first panel and a second panel of each wall of a first pair of side walls are inclined towards each other pointing outwardly whereas a first panel and a second panel of each wall of a second pair of side walls are inclined towards each other pointing inwardly, and a deployed configuration in which a first panel and a second panel of each side wall are inclined towards each other pointing inwardly, and a first panel and a second panel of each wall of the first pair of side walls bear on the remaining sides of the panels of the second pair of side walls.

Abstract: The invention relates to a large cargo carrier (1), comprising a pallet shaped base (2), at least one side wall (4a), at least one first stand element (3a) which is at least partially made from plastic material and which is disengageably connected with the pallet shaped base (2) at an edge portion of the pallet shaped base (2), wherein the at least one side wall (4a) is disengageably connected with the first stand element (3a).

Abstract: Device in connection with small articles, for example, building blocks, and comprising an essentially box-like (1) construction, in which at least one side of the box, for example, the cover (2), is formed of at least two parts (21, 22) folded on top of each other, which can be spread to form a totality in essentially the direction of the base. The side wall (24) of the box can also be turned in essentially the direction of the base, in which case the said parts (21, 22) folded on top of each other are joined to form a continuation of the wall (24).

Abstract: A box includes, in principle, a plastic structure with a rectangular base, two ends, and two sides which are pivotably coupled to said base. The ends include centered parts combined with latches, which in one position anchor the sides and ends, while in another position said connection between the ends and the sides is released in order to collapse said elements and thus achieve a collapsed position. The box includes an anchor device consisting of a series of rotary bodies (5) that connect the bolts of the lock (4) to the centered part (1) via two pairs of resilient parts (6) and (7) which, in the inoperative position thereof, hold the bolts of the lock (4) outwards, attaching the ends (2) and the sides (9), and when the central part (1) is moved upward, the latches thus release the ends and the sides.

Abstract: Structures, methods, and systems associated with a stackable and collapsible container are provided. One structure includes a stackable and collapsible container having at least four non-collapsible, load bearing vertical support members attached to vertical walls of the container and capable of supporting the weight of other containers. A top surface is included having a number of sections which include a pivotal connection to one another and which are collapsible about the pivotal connection to an interior of the container. A bottom surface is included having a number of sections which include a pivotal connection to one another and which are collapsible about the pivotal connection to an interior of the container. The top and the bottom surfaces of the container can be fixedly positioned in a number of collapsed states.

Abstract: A container for transporting and storing goods with a container base and at least two foldable sidewalls, wherein the sidewalls, which are foldable on top of one another, are linked to the container base through hinges. Hinge bolt receivers include recesses, so that the hinge bolts are movable in the hinge bolt receivers from a lower end position, in which the folded down sidewall contacts the container base far enough into an upper end position, so that a planar placement of two sidewalls on top of one another is facilitated.

Abstract: Collapsible containers and associated methods are disclosed herein. Certain aspects of the invention are directed toward a collapsible container assembly that includes a foldable support member that has a length and a width. The support member has a concave cross-section that causes the support member to resist bending until a threshold force is exceeded. The support member has a folded position and an extended position where the support member is unfolded. The assembly further includes at least one surface member carried by the support member. The assembly has a deployed position where the support member is in the extended position and the at least one surface member forms an enclosure with an interior. The assembly also has a collapsed position where the support member is in the folded position. The container assembly has less exterior volume in the collapsed position than in the deployed position.

Abstract: The invention relates to a folding box (1), comprising a base and first and second side walls (2, 3) pivotably connected to the base which, together with the base, form a box open at the top in a folded open state, as well as at least one retaining element (4) disposed on a first side wall (2) and at least one pin (5) mounted so as to be rotatable on a second side wall (3), and the at least one pin (5) has a cross-section that is not circular on at least one pin end (5a, 5b) and the at least one pin end (5a, 5b) locks the first to the second side wall (2, 3) by means of the retaining element (4) in a first rotational position and unlocks said side walls (2, 3) in a second rotational position.

Abstract: A collecting cage has a front end to which at least one door is pivoted with the aid of a pivoting device. The cage also has at least three lateral walls. The pivoting device is adapted to pivot the door to an opened position and to a closed position thus covering at least part of it. The pivoting device is adapted to guide the door in an opened position to a direction parallel to a lateral wall and at a clearance therefrom for flanking the cage. The pivoting device includes at least two angle members connected to the door at a distance from each other and having a first portion protruding from the door and having a second portion in an angled position relative to the first portion, and at least two corresponding rails connected to a lateral wall.

Abstract: A box for a medical device includes a first panel, a second panel hingedly connected with a lower edge of the first panel, a third panel hingedly connected with a lower edge of the second panel, a first side flap hingedly connected with a first side of the first panel, and a second side flap hingedly connected with a second side of the first panel. The third panel is folded over the second panel and the second panel is folded over the first panel for forming a first storage compartment and a separate second storage compartment. The first and second side flaps are folded over the second panel for closing the sides of the box. The box includes a cover foldable over and interlockable with the first side flap, the second panel, and the second side flap for holding the cover closed and closing the box.

Abstract: A collapsible container and a method of using the collapsible container are provided. In one embodiment of the container, the container comprises a collapsible fold area associating a base portion with a nestable portion, the collapsible fold area being structured such that a collapsing of collapsible fold area results in disposal of at least a portion of the nestable portion within the base volume. In one embodiment of the method, the method comprises the steps of nestling the collapsed containers with one another for efficient space storage when said collapsed containers are not in use, and releasing a vacuum or applying a force to return a collapsed container to its full or expanded position.

Abstract: A flexible, stackable container for storing a quantity of a product includes a sealed package that is formed from a single sheet of film having oppositely disposed lateral edges. The package includes a first panel and outwardly extending corner seals that border more than two sides of the first panel, a second panel disposed opposite the first panel and having an end seal, and four lateral sides disposed between the first and second panels. The second panel is formed by tucking portions of the lateral sides proximate the lateral edges inwardly and sealing portions of the film proximate the lateral edges together to form an end seal, the end seal being folded over towards an outer surface of the package.