Abstract: A cage for pets comprises two lateral metal mesh grid walls with a substantially vertical arrangement, two respectively front and rear metal mesh grid walls, a horizontal upper metal mesh grid wall that forms the roof and a base (36) on a peripheral edge of which said grid walls are fixed, in which the cage further comprises at least one angular coupling element arranged at an upper corner of the cage where a lateral metal mesh grid wall and/or the front metal mesh grid wall and/or the upper metal mesh grid wall join.

Abstract: A support post includes a plurality of rod-like bodies, an annular member that bundles the rod-like bodies, and a base that supports and erects the rod-like bodies bundled by the annular member.

Abstract: A magnetic coupling rotor includes permanent magnets arranged at equal angular spacings about its axis of rotation, wherein they respectively face radially inwardly and radially outwardly with their pole faces, of which a respective one bears against a backiron body of ferromagnetic material. The backiron body is a cylindrical ring with smooth peripheral surfaces. Provided for the permanent magnets is a holding device comprising a not or only weakly magnetizable injection-moldable material in the form of a rotary-symmetrical body having recesses for receiving the permanent magnets. The diameters of the holding means and the backiron body are such that they can be fitted together coaxially such that the backiron body at least partially covers the recesses in a radial direction. Thus, formed between it and the holding means is an even number of insertion compartments into which permanent magnets may be inserted.

Abstract: The invention relates to a cargo holding device, in particular cargo container or pallet, for loading aircraft, comprising a bottom element and a plurality of profile elements and corner elements, wherein a bottom element edge portion is connected to the profile elements and corner elements, wherein the profile elements are connected to the corner elements via push-fit connections, wherein at least one profile element is connected to at least one corner element via a push-fit connection which comprises a push-fit connection recess and a corresponding push-fit connection pin, wherein the push-fit connection recess and the push-fit connection pin are configured such that the profile element and the corner element can be connected together by push-fit by a translational movement, wherein a translational movement direction has an angle in relation to a profile longitudinal axis of the profile element.

Abstract: The invention relates to a large load carrier (1) including a pallet-shaped base element (2) and at least one detachably fastened side wall (5a, 5b). According to the invention, the large cargo carrier includes at least one pedestal element (4a, 4b), which is configured so that the pedestal element is detachably fastened at the pallet-shaped base element and is detachably fastened at the at least one side wall. The invention further relates to a kit for constructing such a large cargo carrier.

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 collapsible bin is provided. The bin includes a pair of opposing side panels. The bin further includes a pair of opposing end panels. At least one of the end panels has a first plurality of male interlocking members extending outward a first distance along an upper portion of a first side edge, and a second plurality of male interlocking members extending outward a second distance greater than the first distance along a lower portion of its first side edge. At least one of the side panels includes a plurality of female interlocking members along a first side edge for receiving the first and second pluralities of male interlocking members extending along the first side edge of the at least one side panel.

Abstract: A tamper evident container includes a first container portion, a second container portion, and a tamper evident closure. The tamper evident closure includes a first snap connected to the first container portion, a second snap connected to the second container portion, a tear strip connected to the second snap, and a third snap connected to the tear strip. In a closed position, the first snap is placed in a cavity in the second snap, the third snap is placed in a cavity in the first snap, and the tear strip faces outward from the taper evident container. The container is opened by removing the tear strip and then separating the first snap from the second snap.

Abstract: An assemblable and disassemblable container is disclosed wherein a short wall member includes upper corner reinforcing members each formed at a corresponding corner formed by an upper horizontal flange and an endwise vertical side plate portion of the short wall member, and the upper corner reinforcing member includes an inclined coupling rib coupling the vicinity of the end of the upper horizontal flange to the vicinity of the upper end of the endwise vertical side plate portion, and wherein the lower end of the inclined coupling rib is positioned close to an endwise vertical side plate portion side of a lower horizontal rib of a horizontal portion included in a fitting block member. This configuration allows the short wall members and thus the container formed into a box shape to be increased in strength and rigidity, and can be prevented from undergoing torsional deformation.

Abstract: A self-assemblable container, manufactured from ecologic materials such as standard fiberboard, comprising as its main structural elements a bottom, two longitudinal sides and two transverse sides, all of a quadrangular shape and having cauterized perimetrical faces from obtaining the main structural elements by a perimetrical laser cutting process, the main structural elements being assembled together by the insertion of flexible tabs into receiving slots, the sides of two main structural elements which in the assembled container are adjacent each other having one or the other so as to correspond, wherein the container may further comprise an antisagging brace, a lid and/or two transverse laths.

Abstract: An insulation unit including an inner lining having an inner face and an outer face, in which the inner face is disposed to define a cavity of the insulation unit is provided. An insulating foam is disposed on the outer face of the inner lining, and the insulating foam includes an inner face and an outer face, and the inner face of the insulating foam is adhered to the outer face of the inner lining. An outer lining is disposed on the outer face of the insulating foam. The outer lining includes a non self-supporting flexible skin which is adapted to define at least parts of an outer surface of the insulation unit and is adhered to the outer face of the insulating foam.

Abstract: The invention relates to a cargo holding device, in particular cargo container or pallet, for loading aircraft, comprising a bottom element and a plurality of profile elements and corner elements, wherein a bottom element edge portion is connected to the profile elements and corner elements, wherein the profile elements are connected to the corner elements via push-fit connections, wherein at least one profile element is connected to at least one corner element via a push-fit connection which comprises a push-fit connection recess and a corresponding push-fit connection pin, wherein the push-fit connection recess and the push-fit connection pin are configured such that the profile element and the corner element can be connected together by push-fit by a translational movement, wherein a translational movement direction has an angle in relation to a profile longitudinal axis of the profile element.

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 large container (2) comprising: a base component (3); four circumferentially arranged side walls (4, 8) of which at least one is attached to the base component (3) through at least one hinge and the at least one side wall is thus foldable towards the base component (3); at least one locking device at the foldable side wall (4) for attaching the foldable side wall (4) in folded up condition at least at one side wall (8) which joins the foldable side wall (4), wherein the locking device is arranged in a recess (10) of the foldable side wall (4), wherein the recess is configured so that the locking device is actuatable from inside and outside the large container (2).

Abstract: A collapsible bin is provided. The bin includes a pair of opposing side panels. The bin further includes a pair of opposing end panels. At least one of the end panels has a first plurality of male interlocking members extending outward a first distance along an upper portion of a first side edge, and a second plurality of male interlocking members extending outward a second distance greater than the first distance along a lower portion of its first side edge. At least one of the side panels includes a plurality of female interlocking members along a first side edge for receiving the first and second pluralities of male interlocking members extending along the first side edge of the at least one side panel.

Abstract: A joint for a housing for electrical components has a series of extruded panels connected edge to edge. The first edge includes a slot defined by an inner wall and an outer wall and the second edge includes a blade inserted into the slot, the blade and the flexible wall including cooperating shoulders. The blade and slot are at an angle to the outer surface where a rib engages into an outer recess to seal the outer surface at the joint. A bridging member spans the joint to prevent spreading, while locking the flexible wall and carrying internal components. The housing can form a post or a receptacle on top of the post. The bridging members connect to end plates by screws extending though the plates so as to form an internal structure for the housing. Some of the connected panels can include cooling fins forming a cooling duct.

Abstract: A fastening device for folding boxes, the folding boxes including a bottom and four lateral walls coupled in jointed fashion to the edges of that bottom, two opposite walls having each fastening devices for ensuring the unfolding of the box, the device in general including a vertically displaceable central piece and some lateral bolts with horizontal displacement for fastening the lateral walls via their adjacent edges. The folding device includes elastic spring elements which link the central control piece with the pairs of bolts, at the same time, the spring elements, in the rest position, maintain the bolts in the engagement and fastening position of the bolts, while for the release position of the bolts the spring elements pull the bolts towards the release position against the resistance of the elastic elements.

Abstract: A collapsible container includes a plurality of collapsible walls, each pair of adjacent walls connected by a latch. Each latch can be selectively actuated from contact with the latch both from inside and the outside of the container, and further by inwardly directed forced to the outside of the wall first to collapse. Preferably, the latch includes a recess into which the adjacent wall is disposed when the latch is in the latched position. Preferably, the latch is unlatched by flexing the latch away from the adjacent wall by application of force on an inner release surface, inward of the recess or by actuation of an outer release surface, outward of the recess, or by the application of an inwardly directed forced to the walls that are first to collapse.

Abstract: A dishwasher silverware basket is provided with a cage and a back wall which are snap-fit together. The cage includes a front wall, opposite side walls, and a bottom wall. The cage and back wall are both provided with mating hooks and openings which snap-fit together to form the silverware basket. In assembling the cage and back wall, hooks on the cage are fit into openings in the back wall. The cage is then moved toward the back wall so that second hooks on the back wall snap-fit into openings or recesses in the cage so as to form a permanent basket. Finally, the cage is moved downwardly with respect to the back wall so that the hooks on the cage engage with the lower edge portions of the back wall openings. Dividers may be provided in the basket to define compartments therein. The basket can be mounted on the interior surface of the dishwasher door via slots in the back wall, or can be set within a rack in the dishwasher.

Abstract: A packaging container is formed form a preformed, rigid first unit of U-shaped cross-section having a generally flat base wall and opposing side walls and a preformed, rigid second unit of U-shaped cross-section having a generally flat base wall and opposing side walls. The second unit is configured so that the side walls of the first unit are fitted within and embraced by the side walls of the second unit when the first unit and second unit are assembled as a container. The opposing side walls of the first and second units each having an embossing formed therein, such that the embossing of each side wall of the first unit engages the embossing of a corresponding, mated side wall of the second unit. The engaged embossings secure the first and second units to one another. The package can include integrally formed end closures.

Abstract: A collapsible storage bin having a base member and an upper containment member is provided. The base member includes a plurality of base walls, and a downwardly facing lip is disposed on at least one of the base walls. The upper containment member includes a plurality of containment walls, and an upwardly facing lip is disposed on at least one of the containment walls. The upwardly facing lip is configured to matingly engage the downwardly facing lip when the base member and the upper containment member are in an assembled position. A locking tab on the containment member is configured to lockingly engage a recess on the base member to lock the base member and the upper containment together in the assembled position.

Abstract: A collapsible, reusable, general purpose shipping box is made from an inexpensive polymer composition, and can be mass produced by extrusion or coextrusion. The boxes are extruded or coextruded in an almost wasteless production as endless webs of inner layouts and outer layouts, which are folded into respective configurations with one of the configurations being outer one and another inner one. The enclosure is assembled by inserting the inner configuration into the outer one and snap-connecting the complementary male-female locking elements already extruded into the layouts. An extruded web may be many layouts wide as a given extruder and die allow. The boxes can be easily assembled from substantially flat and rectangular layouts at the point of packaging, either by hand or by using a slightly modified and currently widely used box erection machine, and as easily disassembled for transportation and cleansing at the point of unloading.

Abstract: According to the present invention there is provided a container for the storage and transport of nuclear fuel elements comprising a plurality of elongate compartments for receiving the nuclear fuel elements, the compartments being defined by a first set of plates intersecting with a second set of plates, the first set of plates extending perpendicularly with respect to the second set of plates to define compartments having a rectangular cross section, wherein the plates include an interlocking joint, the interlocking joint comprising at least one projection provided on one plate and a recess formed in the other plate, and wherein a retaining portion is provided in the recess for engagement by the projection so as to interlock the plates.

Abstract: A storage box structure includes a first plate, a second plate, a third plate, a fourth plate, a fifth plate, a sixth plate and a seventh plate which are integrally formed and connected with each other, thereby decreasing cost of fabrication. In addition, the storage box structure may be assembled and disassembled easily, quickly and conveniently, thereby facilitating the user assembling and disassembling the storage box structure. Further, multiple storage box structures may be combined with each other in a laminated manner rigidly and stably, thereby reducing the space of storage. Further, the storage box structure is expanded into a planar sheet when not in use, thereby reducing the space of storage, and thereby decreasing cost of transportation.

Abstract: A liquid container includes an outer wall constituting a casing; an inner wall constituting an inner bladder for accommodating liquid, the inner bladder having outer shape substantially equivalent to an inner shape of the outer wall, and the inner bladder having a flexibility and being separable from the casing; a pinch-off portion where portions of the inner wall are welded to each other and are pinched by the outer wall to be supported by the outer wall; wherein the inner wall includes a thicker portion having a larger thickness than another portion of the inner wall, at both sides of the welded portion; and a cavity provided between an outer surface of the thicker portion of the inner wall and an inner surface of a corresponding portion of an inner surface of the outer wall.

Abstract: A tool box includes a first part and a second part. The first part is composed of two boards foldably connected with each other and in a form of L-shaped part. The second part is composed of three boards pivotally connected with each other and in a form of an U-shaped member. The second part is mounted to the first part by engaging connection rods on the first part with recesses in the second part so as to form a tool box with an opening defined in a front side of the tool box. A plurality of drawers slidably engaged with rails on two insides of the second part from the front opening.

Abstract: A unitary, foldable plastic box. The box has a bottom wall with a perimeter and at least three perimeter walls hingeably affixed to the perimeter of bottom wall with living hinges. A first attachment mechanism and second attachment mechanism complementary to the first attachment mechanism are provided on the perimeter walls. The first attachment mechanism has a tab with a protrusion, and the tab extends from at least one side edge of at least one perimeter wall. The second attachment mechanism has a relief and aperture formed in at least one perimeter wall. The relief and aperture are sized to engage the tab and protrusion of the first attachment mechanism. When the perimeter walls are brought together, the first attachment mechanism and second attachment mechanism can be detachably engaged together to form a box.

Abstract: A container 10 has a base 12 over which walls 14,16 can fold. Engaging castellations 20,24 are formed along the edges of the walls 14,16 to attach the walls together when the container is in the erect condition. The hinges 36 are arranged to accommodate the formations 20 when the container is collapsed. This allows a more compact folded condition to be achieved.

Abstract: An assembly type toolbox frame that is incorporated with rear board, bottom casing and front frame as an integral casing can be placed a tray on the top when it is tumbled and folded in vertical state, it can be assembled side boards at both sides and inserted drawers to form a tool cabinet, if it is further fitted a top cover on the top of tool cabinet, it becomes a toolbox that can be locked via latch device. Furthermore, the tray and drawers inside can be connected in series by a pin in order to prevent from being pulled out; under this configuration, each element is assembled by its concave and convex match kit and inlaid structure which form a compound coupling relation with each other.

Abstract: A hinge pivotally connects two side wall panels for use as a collapsible container. The hinge has a first leaf hingedly joined to a second leaf. The first leaf and second leaf each have a pair of spaced prehensile panels for receiving an edge of a side wall panel. The prehensile panels have a plurality of inwardly extending tabs. An internal clip is sized to extend through an aperture along the edge of each of the side wall panels. The internal clip engages the tabs interconnecting the spaced prehensile panels and attaches the first leaf and the second leaf to an edge of each of the two side wall panels.

Abstract: An ice chest container partition device, adapted to be adjustable for different diameter beveraae containers, and employed by placement thereof within an ice chest to provide an ice retention barrier opening in the ice pack within the chest so that when a beverage container is removed it may thereafter be replaced without ice in the ice pack of the chest having fallen into and filled the ice pack opening therefor.

Abstract: A particular object of the invention is to provide a telescope-type capsule, e.g., for pharmaceutical use or the like, consisting of a cap and a body, the cap having four to six elongated, flat protrusions on its inner wall with a depth of from 30 to 100 .mu.m, preferably 50 to 80 .mu.m, and a length of 1.5 to 3 mm, and a narrowing positioned between the closed end and cylindrically shaped part of the capsule. The narrowing has an area with smaller inclination relative to the capsule axis and an area with stronger inclination which is disposed further away from the open end of the cap than the area with smaller inclination and has a width of 2 to 3 mm and an inclination of 0.03 to 0.07 mm/mm, preferably 0.04 to 0.06 mm/mm. A locking ring with a depth of from 30 to 160 .mu.m, preferably 140 to 120 .mu.m and a width of from 0.8 to 1.2 mm is provided on said narrowing. The body comprises likewise a locking ring, the counter locking ring, which matches the locking ring of the cap and has a depth of 25 to 70 .mu.

Abstract: A sheet metal member with a securing arrangement to securely attach the member to another sheet member. The securing arrangement is an elongate structure with two ends integral with an edge of a body of the sheet metal member. The elongate structure extends between its ends around a spatial area and has a specific width. The elongate structure is flexible to a greater width in which a locking part securely grips the other sheet member between the body and the locking part of the structure.

Abstract: A dump body for a vehicle has a floor slab with a front panel located proximate the front end of the floor slab. A pair of side panels extending upwardly from opposed sides of the floor slab are structurally connected thereto and to the front panel. A plurality of spaced trusses are welded to the under surface of the floor slab. A hinge at the rear of the dump body permits tipping of the dump body relative to the frame members of the vehicle by a hoist. The floor slab and trusses are made of steel and the side and front panels are made from aluminium.

Abstract: The invention describes a container (1) with a base (2) and side wall parts (3 to 6) connected therewith so as to be orientable from a position approximately vertical to the base (2) into a position flat with the base (2). The side wall parts (3 to 6) are connected with the base (2) via articulation arrangements (8) arranged in the region of the encircling longitudinal and transverse side faces (7). In addition, connecting arrangements (35) are arranged between the side wall parts (3 to 6) corresponding to the longitudinal and transverse side faces (7) and are constructed by a coupling device. This coupling device projects in the direction of an overlapping region (31) of the further side wall part (3 to 6) arranged at 90.degree. and has centering and/or locking elements, in the overlapping region (31) of the further side wall part (3 to 6), centering and/or locking mountings holding these.

Abstract: A hopper for solids is disclosed which, in one aspect, has a main hollow body for storing the solids, an inlet for feeding solids into the main hollow body, a discharge section for discharging the solids from the main hollow body, and a plastic liner device loosely covering interior surfaces of the hopper. In one aspect the plastic liner device includes sub-parts, each sub-part secured to a sub-part of the main hollow body and/or to the inlet or discharge sections. In one aspect separate sealed compartments facilitating leak detection are formed between each liner sub-part and the wall of the main hollow body. Also disclosed is a hopper that provides both primary (liner) and secondary (hopper wall) containment.

Abstract: A self-retaining, self-sealing manifold pressure sensor includes a sensor body with depending stem and an enlarged lower foot on the stem. The stem is tightly surrounded by a sealing and retention boot, which has a lower flange located just above the stem foot, which is larger than the stem foot. The stem foot is smaller than the installation hole in the manifold wall, while the boot flange is larger, but flexible. The sensor is installed by inserting the probe and surrounding boot together through the hole, with the flange flexing as it passes through. After installation, the flange is trapped between the stem foot and the wall, which prevents expulsion due to positive pressure spikes.

Abstract: This invention discloses a cover for an opening in a cargo container comprising a releasably secured flexible curtain. The invention also discloses a cargo container suitable for aircraft or seagoing vessels whose construction comprises edges of inner and outer corner molding strips which releasably retain side, top and bottom panels. The panels can be constructed of flexible, lightweight, durable and transparent materials.